| Name |
Institution |
| MOSIP is a platform for national ID. We are working on understanding security and privacy of this system |
Carnegie Mellon University |
| 14588-89694 |
Sharif University of Technology |
| 3DML: A Platform for Data, Design and Deployed Validation of Machine Learning for Wireless |
Rice University |
| 5G cellular re-design |
The University of Arizona |
| 5G Experimentation. |
Zylinium Research |
| 5G Networks and Systems Research |
Indian Institute of Technology Hyderabad |
| 5G NR Security |
NYU |
| 5G Over the air Latency Analysis |
University of Colorado Boulder |
| 5G Security Protocols |
The University of Utah |
| 5G-USA, 3GPP Open Source Evaluation Project |
University of Colorado Boulder |
| 5G/6G Cybersecurity Network testing |
University of California, Santa Cruz |
| 5GLIP6 |
University Pierre and Marie Curie |
| 5G_SLICING |
Student |
| 6G-RIC |
Technische Universität Braunschweig |
| 802.11af QP-CSMA/CA test using USRPs |
U/ Washington |
| A channel independent physical layer security method for wireless networks. |
University at Buffalo, State University of New York |
| A component-based approach to data stores as a service. |
University of Southern California |
| A customizable, streaming data overlay network |
University of Maryland, College Park |
| A data-centric publish/subscribe system for tactical environments |
Institute for Human and Machine Cognition / University of West Florida |
| A experiment management framework |
USC/ISI |
| A FLOATING-CLOUD TIERED architecture leveraging on the concept of ISP tiers to distribute routing load and alleviate the global routing problem in the Internet. |
Rochester Inst. of Technology |
| A Framework for Virtual Machine Replication and Middlebox Placement in Cloud Data Centers |
California State University Dominguez Hills |
| A High-Fidelity Cybersecurity Emulator Platform for Computational Cybersecurity Research |
The University of Texas at San Antonio |
| A Hybrid Cloud Framework for Scientific Computing |
LSU |
| A hybrid network of mobility-based and point-to-point connections |
University of Michigan |
| A large scale emulator for Software Defined Networks |
University of Waterloo |
| A log-structure distributed key/value store |
Linkedin |
| A Mobility-Centric, Trustworthy Next-Generation Internet Architecture |
University of Massachusetts Amherst |
| A modification to Nova LSM project allowing to migrate ranges. |
University of Southern California |
| A natively scalable architecture |
Université Catholique de Louvain |
| A new approach to serverless model |
Penn State University |
| A new architecture for p2p live video streaming |
Max Planck Institute for Software Systems |
| A new cloud infrastructure |
University of Illinois at Urbana-Champaign |
| A ONE-WAY ANALYSIS OF VARIANCE (ANOVA) TO TEST THE INFLUENCE OF THE NETWORK TIME PROTOCOL (NTP) ON THE DOMAIN NAME SERVICE SECURITY EXTENSION (DNSSEC) PROTOCOL |
Utah Valley University |
| A P2P Grid Information Service |
University of Salento |
| A P2P Overlay Network for Sharing Perspectives |
Institute of Computer Science, FORTH/Univ. of Crete |
| A P2P-based distributed framework for sharing information and computation |
Cornell University |
| A Parallel Geometric Multigrid Library for Finite Elements on Octree Meshes |
The University of Utah |
| A polystore analytical system |
University of California, San Diego |
| a project on virtualization based cloud management |
Georgia Institute of Technology |
| A project to better align the ns-3 simulator with Powder. |
University of Washington |
| A project to test advanced experiments not available on our modest ARN-EMULAB |
Research Center on Technical and Scientific Information |
| A protocol for distributed software transaction memory |
Indian Institute of Technology Kanpur |
| A scalable IDS |
Clemson University |
| A small datacenter for experiments |
University of Science and Technology of China |
| A study of cloud multi-tenancy security |
The Ohio State University |
| A study of distributed federated learning schemes for enhancing spectral sensing capabilities |
The University of Utah |
| A study of network management protocols in poor networks |
SPARTA, Inc |
| A testbed |
Carnegie Mellon University |
| A Testing Environment for Analyzing the Effectiveness of Cyber Attacks against SCADA System |
Southwest Jiaotong University |
| A TLB-Aware CPU scheduler for NUMA enabled systems |
Iran University of Science and Technology |
| A transparent TCP stream proxy |
University of Alberta |
| A-3 is a framework for enabling autonomic capabilities in decentralized and dynamic applications. A-3 main features are a group-based approach in managing decentralization and monitoring and reconfiguration mchanisms based on Aspect-Oriented approach |
Dipartimento di Elettronica e Informazione - Politecnico di Milano |
| A3 Public Project |
The University of Utah |
| ABone |
Aerospace Corporation |
| Accelerated Copy Protocol |
Imperial College |
| Accessible ML |
Saint Louis University |
| Accountability in Wired/Wireless Networks |
The University of Alabama |
| Achieving High-Bandwidth Peer-to-Peer Data Transfers with the Right Incentives |
National University of Singapore |
| Active composable network services |
Carnegie Mellon University |
| Active Network Defense |
Stevens Institute of Technology |
| Active Network Time Management |
University of Southern California |
| Active Protocol Label Switching |
The University of New South Wales |
| Activecast Services |
University of Kentucky |
| Activities related to US Ignite |
US Ignite |
| Ad hoc and Wireless Mesh network Routing Evaluation |
University of Murcia |
| Adaptive Data Management for Main Memory Database Clusters |
Universita della Svizzera Italiana (USI) |
| Adaptive Middleware and Network Transports |
Indiana Wesleyan University |
| Adaptive Multicast Video Streaming |
OGI at OHSU |
| Adaptive Probabilistic Tools for Advanced Networks |
Cornell University |
| Adaptive Reconfigurable Mobile Objects of Reliability middleware architecture |
University of Illinois at Urbana-Champaign |
| Adaptive Streaming over HTTP and Emerging Networked Multimedia Services |
Alpen-Adria-University Klagenfurt, ITEC Department |
| Adaptive Virtual Queue scheme for AQM |
University of Illinois at Urbana-Champaign |
| Adar development |
ISIS, Vanderbilt University |
| Add a local latency estimation to maximize the inter ISP in the BitTorrent protocol/client |
Universidad de Buenos Aires |
| Add eDRX feature to OAI NB-IoT eNB |
Universitas Indonesia |
| ADE projects experiments |
University of Cyprus |
| ADS-B Signal |
The University of Utah |
| Advance BFT |
Indian Institute of Information Technology |
| Advanced Adaptive Applications |
The University of Utah |
| Advanced Computer and Network System Security Class at University of Colorado, Fall 2017 |
University of Colorado Boulder |
| Advanced Computer Network - Emulation Experiments of TCP Incast |
University of Wisconsin-Madison |
| Advanced Network Systems course at Univ. of Colorado |
University of Colorado Boulder |
| Advanced Networking class at Univ. of Colorado |
University of Colorado Boulder |
| Advanced notions of communications and computer networks |
Stefan cel Mare University of Suceava |
| Advanced Operating Systems Class |
Harvey Mudd College |
| Advanced OS Class Projects |
University of Chicago |
| advanced OS, U of Utah, spring 2014 |
The University of Utah |
| Advanced Statistical Methods for Intrusion Detection |
Ceské vysoké ucení technické v Praze |
| Advanced Topics in Communication |
The University of Utah |
| Advanced Wireless Network |
Virginia Polytechnic Institute and State University |
| Aerial experimental research plartfom |
Mississippi State University |
| Agile Protocol Research |
The University of Utah |
| Agile Store |
Georgia Institute of Technology |
| AI based IDS for SDN |
San Jose State University |
| AI-EDGE |
Purdue University |
| Airborne Network Laydown |
Architecture Technology Corporation |
| Akshat_CMPE283 - Labs |
San Jose State University |
| Alchemy: Transmuting Raw Code Into Robust Components |
The University of Utah |
| AMP NodeOS |
USC Information Sciences Institute |
| An all in-memory large-scale low-latency data center storage center system. |
The University of Utah |
| An Application Delivery Platform for Mobile Apps on Global Clouds |
Washington University in St. Louis |
| An architecture design for overlay SDN |
University of Illinois at Chicago |
| An architecture level approach to improve remote memory performance of clusters |
University of Notre Dame Du Lac |
| An elastic operating system |
Brown University |
| An experimental distributed deterministic OS |
Yale University |
| An open peer-to-peer content distribution network |
Princeton University |
| An open-source platform that simplifies the creation of software for controlling or monitoring networks. |
University of California, Berkeley |
| Analyitcs cluster for SC16 |
Sandia National Labs |
| Analyses of a new Consensus Mechanism called Probabilistic Proof-of-Stake (PPoS) |
Universidade Estadual de Campinas |
| Analysis of DNS anomalies, as viewed from a root server |
University of Maryland, College Park |
| Analysis of Go concurrency behavior |
The University of Utah |
| Analysis of Software Artifacts |
Carnegie Mellon University |
| Analysis of Software Artifacts |
Carnegie Mellon University |
| Analysis on attacks connections from public internet using Low-interaction Honeypots on virtual machines |
Xi'an Jiaotong-Liverpool University |
| analyzing distributed system logs. |
Purdue Univeristy |
| Anolis: a software-based stateful load balancer |
University of Massachusetts Amherst |
| Anomaly Detection and Performance Optimization for End-to-End Data Transfers at Scale |
University of Nevada, Reno |
| anomaly detection in a distributed environment |
University of Chicago |
| anonymous communication using opportunistic routing |
Arizona State University |
| AnyCon |
Duke University |
| Application Characterization for Adaptive Computing Platform Determination for Computational and Data-Enabled Science and Engineering |
Clemson University |
| Application DDoS detection |
University of Southern California |
| Application Defined Swap Cache |
University of California, Los Angeles |
| Application of Machine Learning Algorithms in Delay Tolerant Networking |
University of Houston |
| Application Performance and QoE Benchmarks over Cellular Networks |
University of California, San Diego |
| Application-Specific Integrated Aggregation for Publish/Subscribe Systems |
University of Otago |
| Apply software defined network (SDN) to the design and operation of data center networks, to improve bandwidth and energy efficiency. |
Florida International University |
| AQM Congestion Control |
Texas A&M University |
| AQM evaluation :-) |
Department of Informatics, University of Oslo |
| Architecting Internet Post Offices |
Telefonica Research |
| Architectures for persistent memory |
University of Wisconsin-Madison |
| Argos C-RAN test |
Rice University |
| Argos C-RAN test in simulation mode (without radios) |
Yale University |
| Armada framework for I/O on Computational Grids |
Dartmouth College |
| Artifact Evaluation Comittee for SOSP 21 |
The University of Utah |
| Artifact Evaluation of ISSTA '21 |
National University of Singapore |
| Artifact Evaluation Preparation for Metastable Failures |
Penn State University |
| ASPLOS 23 artifact evaluation |
Princeton University |
| Assured Cloud Computing |
UIllinois |
| ATLANTIC-eVISION |
Technological University Dublin |
| Attack generation in testbed environment |
Thiagarajar College of Engineering |
| Attempting to infer the internal structure of networks |
University of Massachusetts Amherst |
| Auto-Configuration Tuning for Cloud Systems |
University of Chicago |
| Automated Network Management |
The University of Utah |
| Automated Spectrum Management for NextGen Wireless Ecosystem |
University of Colorado Boulder |
| Automatic generation of software diversity |
Global InfoTek, Inc. |
| Automatic Instrumentation of Network Function Software to Enable Flexible Control |
University of Wisconsin-Madison |
| Automatic Modulation Classification using Convolutional Neural Networks |
The University of Utah |
| Automatically finding tail latency behavior in file systems |
University of Wisconsin-Madison |
| Automating instrumentation decisions for distributed systems |
Boston University |
| Automating Network Configuration Management (Network Self-Management and Organization) |
Columbia University |
| Autonomic Network Management and Planning |
Western Michigan University |
| Avaliacao |
IFC |
| Backbone Network Test Suit |
Peking University |
| Backup platform for Computer Networks course assignments |
Johns Hopkins University |
| Bandwidth Estimation with Min-Plus Linear System Theory |
University of Toronto |
| Bandwidth Harvesting for cloud systems |
University of Rhode Island |
| Basic configuration of Diameter security servers |
Universidad Politecnica de Cartagena |
| Behavioral Research to Mitigate Cyber Security Risk |
San Jose State University |
| Benchmark GC in Linux |
The University of Utah |
| Benchmarking Blockchains |
King Saud University |
| Benchmarking different Kubernetes network plugins |
Budapest University of Technology and Economy |
| Benchmarking SMACK - A Modular Software Verification Infrastructure |
The University of Utah |
| BFT: The time is NOW |
The University of Texas at Austin |
| BGP/BGPSEC/RPKI Interop Testing |
National Institute of Standards and Technology |
| BGPSec protocol testbed |
NIST |
| Big Data Analytics on Traditional HPC Infrastructure Using Memory-centric distributed storage system |
Clemson University |
| Big Data Benchmarking Suite for Cyber-Security Analytics |
Mississippi State University |
| Big Data Cyber-attack Detection |
University of Maryland, Baltimore County |
| Big Data Processing with Hadoop MapReduce |
Georgia Institute of Technology |
| Big Data Systems - Spring 2019 version |
University of Wisconsin-Madison |
| Big Data Systems course offered at UW Madison in Fall 2015 |
University of Wisconsin-Madison |
| Big Data Systems Course Projects |
Stony Brook University |
| Bioinformatics IT Lab Work |
Medical University of South Carolina |
| bit torrent trust managment |
Shahid Beheshti University |
| Blockchain for Internet of Vehicles, SDN/NFV in IOV, Data Privacy in IOV, MPTCP in IOV |
Amrita Vishwa Vidyapeetham |
| Blockchain-enabled secure coordination between SDN controllers |
University of Colorado Colorado Springs |
| Bluetooth Jamming |
The University of Utah |
| Boa for Transportation Data Analysis |
Iowa State University |
| Boost distributed storage/cache performance by utilizing pagecache and GPU algorithms. |
University of Colorado Boulder |
| Botnet Detection |
IGDTUW |
| Box of Powder |
The University of Utah |
| BR |
Iowa State University |
| BuddyCache: Transactional Peer Group Caching in Distributed Object Repositories |
Brandeis University and MIT/LCS |
| Build an emulation of the actual DNS root nameserver system |
SPARTA, Inc |
| Building a Cloud service over the cloud |
Indraprastha Institute of Information Technology, New Delhi |
| building and testing distributed firewalls |
Dept. Computer Science, Univ. Victoria |
| BW estimation |
Texas A&M University |
| By this project, we would like to verify whether the transmission of data and the construction of tree in RMCP-2(Relayed Multicast Control Protocol) which is an overlay multicast protocol for IPTV service providers are operating normally. |
Jinpyo Hong |
| Byzantine Fault Tolerance Applications |
Paul Sabatier University |
| Byzantine fault-tolerant replication |
University of Lisboa |
| Byzantine security for power grid equipment |
University of California, Davis |
| Caerus: A Distributed Ordering Control Layer That Enables Better Performance for Any Distributed Systems |
University at Buffalo, State University of New York |
| caprobe experiments |
University of California, Los Angeles |
| Cascade |
Peking University |
| Cassandra Cluster Time Synchronization |
University of Colorado Boulder |
| CBRS Sensing |
The University of Utah |
| CC Fluid-Model Validation on High-Capacity Links |
ETH Zurich |
| CCIT project for CloudLab user support |
Clemson University |
| CDN Accessibility Measurement for Anycast Flapping |
Duke University, Computer Science Department |
| Censorship Resistant Internet Search |
University of California, Santa Barbara |
| Censorship-resistant web browsing system |
Hanyang University |
| Center for Enable Distributed Petascale science |
Lawrence Berkeley National Laboratory |
| Center for Enabling Distributed Petascale Science |
Lawrence Berkeley National Laboratory |
| Centre for Telecommunications Value-Chain Research |
Centre for Telecommunications Value-Chain Research |
| Channel assignment |
The University of Texas at Austin |
| Chart routing |
HP Laboratories |
| check algorithms for data centers queuing |
CTVR, Trinity College University of Dublin |
| Checking out different ways of building virtualized NFS |
University of Wisconsin-Madison |
| CheckSync: Transparent Fault Tolerance for Applications via Checkpointing |
Princeton University |
| Choice of data centers upon storage type and speeds |
Rutgers |
| Chord with Caching |
Princeton University |
| CIS 578 (Advanced Operating Systems) |
University of Michigan-Dearborn |
| CIS662 networking class at Temple University |
University of Delaware |
| class - Introduction to Network Security |
USC Information Sciences Institute |
| Class communication networks 4 |
Leibniz Universitaet Hannover |
| class experiments for advanced operating systems course |
Princeton University |
| Class experiments for Computer Networks, Grinnell College |
Grinnell College |
| Class Programming Assignment |
University of Maryland, Baltimore County |
| Class Project Development for ELE437 |
University of Rhode Island |
| Class project for federated learning |
The University of Utah |
| Class project for Lab 1 in CPSC857, Spring, 2019 |
Clemson University |
| Class projects |
The University of Utah |
| Class projects for distribtued systems |
The University of Alabama |
| class projects for distributed systems |
Mount Holyoke College |
| Class projects for MCMD class (on DHT) |
The University of Utah |
| Class projects for Network Forensics |
Stevens Institute of Technology |
| Class projects on Network Security |
The University of Utah |
| Class: Advanced Topics in Network Security |
USC Information Sciences Institute |
| Class: Introduction to Network Security |
USC Information Sciences Institute |
| Clemson Cyberinfrastructure and Technology Integration Testbed |
West Chester University of Pennsylvania |
| Clemson GENI experimentation projects |
Clemson University |
| Clemson Research Computing and Data: Engagement |
West Chester University of Pennsylvania |
| cloud |
Vellore Institute of Technology |
| Cloud and Autonomic Networking Testbed |
Texas Tech University |
| Cloud application monitoring with SDN |
Queen Mary University of London |
| Cloud computing : the virtualization layer |
ENSIAS |
| Cloud Computing Class |
Vietnam National University, Ho Chi Minh City |
| Cloud computing for data science |
George Mason University |
| Cloud Computing Project |
University of California, Riverside |
| Cloud Computing Projects at Tufts |
Tufts University |
| Cloud computing projects at Tufts |
Tufts University |
| Cloud Datacenter Orchestration for Internet of Things Applications |
Oregon State University |
| Cloud Research & Teaching at New Mexico State University |
New Mexico State University |
| Cloud Research and Education at Iowa State |
Iowa State University |
| Cloud Storage Privacy Protection |
University of Connecticut |
| cloud system |
University of Connecticut |
| Cloud-based Object Recognition Engine |
The University of Texas at Arlington |
| Cloud-Native Database Systems |
Purdue University |
| Cloud/ Distributed Database |
York Univeristy |
| CloudClass |
University of Mines and Technology |
| CloudHPC |
ENSIAS |
| CloudLab Integration with Open Cloud Testbed (OCT) |
University of Massachusetts Amherst |
| CloudLab Project for Big Data Mining (CS494) at UIC, Spring 2020 |
University of Illinois at Chicago |
| CloudLab project for NYU's Big Data and Machine Learning Class |
New York University |
| CloudLab umbrella project |
The University of Utah |
| Cloudsuite3 |
Ecole Polytechnique Fédérale de Lausanne |
| ClouPoli |
Instituto Tecnológico Metropolitano |
| Clustered Spacecraft Simulation |
NASA Ames Research Center |
| Clustering biological time series data |
University of Wisconsin-Madison |
| Clusters of Order Preserving Servers investigates how to build scalable geo-replicated storage systems. |
Princeton University |
| CMU 15-437 / 15-637 Web Applications Development, Fall 2008 |
Carnegie Mellon University |
| CMU challenging networks class |
Carnegie Mellon University |
| CMU Class projects for 15-712 |
Carnegie Mellon University |
| CMU DOT project |
Carnegie Mellon University |
| CMU wireless network testbed |
Carnegie Mellon University |
| CNDS - Johns Hopkins University |
Johns Hopkins University |
| Coded Distributed Computing |
Carnegie Mellon University |
| Coevolving Attackers and Defenders for Large Infrastructure Networks |
Missouri University of Science and Technology |
| cognitive radio testing |
Virginia Polytechnic Institute and State University |
| Collaborate: Robust Distributed Storage |
University of Cyprus |
| Collaboration between the Advanced Research Computing (ARC) and Network Infrastructure & Services (NIS) teams. |
Deputy Executive Director-Network Infrastructure & Services |
| Collect U.S. pre-hospital data (EMS) |
The University of Utah |
| Collecting logs on representative data on 128 nodes |
The University of Arizona |
| Colorado Advanced Network Systems Class - Fall 2022 |
University of Colorado Boulder |
| CoLTE X2 handover |
University of Washington CSE ICTD lab |
| Com S 641: Data Intensive Languages and Systems - Design and Semantics |
Computer Science, Iowa State University |
| Communication Avoiding Algorithms for SpMM and SDDMM |
University of Illinois at Urbana-Champaign |
| Communication Latency Dependent Decentralized Scheduling for Many-task Applications in Hybrid Cloud |
Louisiana State University |
| Communication Networks Course ECE 537 |
University of Wisconsin-Madison |
| Communication-Driven Analytics Stack |
University of Michigan |
| compare functions with new Emulab build by us |
University of Science and Technology of China |
| Compare Intel FlexRAN DPDK Channel Coding. to OAI based LDPC coding scheme in the gNodeB |
UTD |
| Compare the performance of CloudLab with ThoThLab |
University of Missouri-Kansas City |
| Comparing streaming systems (Storm vs Spark Streaming) in geo-distributed setting |
University of Wisconsin-Madison |
| Comparison of Checkpointing Technologies for Parallel Computing |
Texas Tech University |
| Components and Aspects for DRE Systems |
The University of Utah |
| Compositional Analysis and Verification of Android |
The University of Utah |
| Compute a complete solution to the board game "Checkers". |
The University of Utah |
| Computer Networking course for part 1b |
Cambridge University Computer Laboratory |
| Computer Networks in Farmingdale State College |
Farmingdale State College |
| Computer Security Course |
Southern Oregon University |
| Computer system architecture design and evaluation |
University of California, Irvine |
| Concurrent Data Structures using RCU over RDMA |
Royal Holloway, University of London |
| Conducting 5G Research |
University of Minnesota-Twin Cities |
| Conext 2019 Artifact Evaluation |
Queen Mary University of London |
| Conflict Free Replicated DataTypes |
King Abdullah University of Science and Technology (KAUST) |
| Congestion control algorithm - Extending PCC |
Hebrew University of Jerusalem |
| Congestion Control for Next Generation Networks |
University of Toronto |
| Congestion Control in DCs |
Illinois State University |
| CongestionControl |
University of Electronic Science and Technology of China |
| connectionless traffic enginnering for the internet |
Rensselaer Polytechnic Institute |
| Container Sizing and Degree of Parallelism over Public Cloud |
Penn State University |
| Containerized Internet Measurement Tools |
University of Oregon |
| Content-based networking |
University of Lugano |
| Context-Aware Network Control Using CORD |
University of Massachusetts Lowell |
| Contract-Switching: Value Flows and Risk Management Architecture for Future Internet |
University of Central Florida |
| Control framework for distributed and cloud systems |
US Ignite |
| Control Plane HAT TRICK project |
Sparta, Inc |
| Cooperative Interference-Embracing Communication in Multi-Hop Wireless Networks |
Michigan State University |
| Cooperative Search and Rescue |
Auburn University |
| Core Research |
AFIT |
| Cornell Internet Voting Service |
Cornell University |
| Correlating BGP with active probes |
Princeton University |
| Course Analysis of S/W artifacts |
Carnegie Mellon University |
| Course demonstrations |
Rice University |
| Course Project for GaTech CS6220 (Fall 2019) |
University of Wisconsin-Madison |
| Course Project for Princeton's COS518 Fall '22 Semester |
Princeton University |
| Course Projects in CS525 (Advanced Distributed Systems) at UIUC |
University of Illinois at Urbana-Champaign |
| CPSC 8570 Project |
Clemson University |
| cpsc8810 |
Clemson University |
| CPU-GPU load balancing on a cloud server |
Stony Brook University |
| Critical infrastructure protection mechanisms testing |
University of Lisboa |
| Cross-functional Information System for Decision Making |
Singapore University of Technology and Design |
| Cross-layer Transfer Optimization |
University of Nevada, Reno |
| crowdnet |
Cornell University |
| CS 184 Networks 2 Class Project |
George Washington University |
| CS 4251 |
Princeton |
| CS 4480 SDN Programming Assignment |
The University of Utah |
| CS 6480 Debugging Tool for Distributed Systems |
The University of Utah |
| CS 6480 Experiment Management System |
The University of Utah |
| CS 6480 for 2020 |
The University of Utah |
| CS 6480 PhantomNet Class Project |
The University of Utah |
| CS 6480 Unikernel Evaluation |
The University of Utah |
| CS 736 |
University of Wisconsin-Madison |
| CS 744 Big Data Systems Fall 2020 |
University of Wisconsin-Madison |
| CS 744 Big Data Systems Fall 2021 |
University of Wisconsin-Madison |
| CS 839, Spring 2022 course on Advanced Machine Learning Systems |
University of Wisconsin-Madison |
| CS for Internet Measurement Data |
University of Oregon |
| CS330 - Computer Networking, Fall 2018, Illinois Wesleyan University |
Illinois Wesleyan University |
| CS330 - Computer Networking, Fall 2021, Illinois Wesleyan University |
Illinois Wesleyan University |
| CS330: Computer Networking - Fall 2011 |
Illinois Wesleyan University |
| CS330: Computer Networking - Fall 2014 |
Illinois Wesleyan University |
| CS356: Computer Networks |
The University of Texas at Austin |
| CS378: Big data programming course testbed taught at UT Austin |
The University of Texas at Austin |
| CS4480-2020 |
The University of Utah |
| CS5961 Networked Game Design projects |
The University of Utah |
| cs739p2 |
University of Wisconsin-Madison |
| CSC364-2009S |
Grinnell College |
| csci7000-project |
University of Colorado Boulder |
| CSIT Majors Cloud Computing Course |
La Salle University |
| customized router design |
Institute of Creativity Technology |
| Cyber Attack Impact on Critical Smart Grid Infrastructures |
Aristotle University of Thessaloniki |
| Cyber Defence Simulation Lab |
Cranfield University |
| Cyberforaging in Pervasive Computing Environments |
The University of Utah |
| DARPA 5G Testing |
DARPA |
| DARPA PCES Program Support |
The University of Utah |
| Data Center Systems |
University of Washington |
| Data Communication 2 Lecture |
Fachhochschule Aachen |
| data dissemination over mobile wireless networks |
University of Maryland, College Park |
| Data Geolocation |
National University of Singapore |
| Data informed Network Simulation |
University of Illinois at Urbana-Champaign |
| Data Intelligence, Reliability, and Reproducibility |
University of North Carolina at Charlotte |
| Data Quality and Security Evaluation Framework for Mobile Devices Platform |
Rochester Institute of Technology |
| Data replication to support edge services |
The University of Texas at Austin |
| Data Throughput And End System Energy Optimization |
University at Buffalo, State University of New York |
| Database Calculator |
Georgia Institute of Technology |
| Database Replication in WAN environments |
School of Computer Science, McGill University, Montreal, Canada |
| Datacenter assignment manager for performance and energy efficiency. |
University of Michigan |
| DataCenter Network Research |
University of Massachusetts Amherst |
| Datacenter Scale Computing |
University of Colorado Boulder |
| Davis Social Links |
University of California, Davis |
| DDOS Attacks, Protection and Recovery |
Purdue University |
| DDoS detection and analysis |
USC/ISI |
| DDSS study |
University of Wisconsin-Madison |
| Declarative Networking |
University of California, Berkeley |
| Deep learning framework for intrusion detection system |
IBA |
| Deep Reinforcement Learning for Data Management |
Gabriel Campero Durand |
| Deep Reinforcement Learning for TCP in FreeBSd |
Deakin University |
| DeepLog |
The University of Utah |
| Delay Tolerant Network Development |
Intel Research, Berkeley |
| Delay-Tolerant Data Transport |
Georgia Institute of Technology |
| Demo for EMPOWER workshop |
The University of Utah |
| Demonstrating VIOLIN on GENI-alpha |
DOCOMO Labs USA |
| Demonstration of HPC cluster topology configurations |
Air Force Research Laboratory |
| Dependable Distance Education for CMU |
Carnegie Mellon University |
| Deployment of cloud based architecture for highly available searching services |
Concordia University |
| Deployment of M-CORD |
Waterford Institute of Technology |
| Descentralized Scalable Scheduling in millions nodes |
Universidad de Zaragoza |
| Design a Lab. course for OAI |
National Taiwan University of Science and Technology (NTUST) |
| Design and Demonstration of a Scalable High Performance Active Network Node |
Washington University in St. Louis |
| Design and end-to-end performance evaluation of fault tolerant distributed algorithms |
Technion, EE |
| Design and evaluate new Adhoc Routing protocols |
The University of Utah |
| Design and Evaluate Scaling Incremental Applications and Frameworks in Cloud |
Universty of North Carolina at Charlotte |
| Design and implementation of real-time resource management algorithms that can provide end-to-end timing assurances in highly dynamic system environments and network infrastructures |
Virginia Polytechnic Institute and State University |
| Design And Versatile Implementation of Non-binary wireless Communications based on Innovative LDPC codes |
professor assistant |
| Design collaborative video rendering and streaming for multiple users |
The University of Texas at Austin |
| Design the optimal Zygote Tree structure to optimize OpenLambda cold start time |
University of Wisconsin-Madison |
| Design, development and implantation of socio-technological solutions in remote areas by means of network virtualization for multiple providers services over a single network infrastructure |
University of Sao Paulo |
| Design, implementation and performance analysis of a novel transport protocol providing reliable transfer based on fountain codes and omitting congestion control |
Dept. of Telecommunications and Media Informatics, Budapest University of Technology and Economics |
| Designing a transport protocol for satellite based internet |
Amrita Vishwa Vidyapeetham University |
| Designing and analyzing a high performance and reliable centralized sequencers for distributed systems. |
Princeton University |
| Designing comprehensive and efficient defense mechanisms against micro-architectural side channel attacks |
Massachusetts Institute of Technology |
| detect convergence in BGP |
University of Massachusetts Amherst |
| Dev Ops in the Cloud Fall 2018 (University of Colorado) |
University of Colorado Boulder |
| Dev Ops in the Cloud Fall 2021 (University of Colorado) |
University of Colorado Boulder |
| Develop a BGP speaker to read offline BGP messages |
Clarkson University |
| Develop a Control Plane for the Internet |
US Ignite |
| Develop a transport protocol for multicast virtual circuits |
University of Virginia |
| Develop and test systems to run video analytics at scale |
University of Chicago |
| Develop networking projects to be used on Emulab |
Harvey Mudd College |
| Developer-friendly, Optimized Generalizable Bringing Relational Algebra to Linear Algebra |
University of Wisconsin-Madison |
| Developing Big Data Technologies |
Georgia Institute of Technology |
| Developing distributed spatial framework |
Georgia Institute of Technology |
| Developing effective application-aware scheduling algorithms that aim to improve application QoE to ensure wireless resources are effectively managed. |
University of Michigan |
| Developing MyPLC |
The University of Utah |
| developing new pcc |
Northeastern University, China |
| Development and evaluation of load balancing mechanisms for dependable Web services |
UNICAMP - University of Campinas |
| development and testing of xapp implementations in the context of oran. |
TU Dortmund University |
| Development of Cloud-based Labs to support Computer Security education |
West Chester University of Pennsylvania |
| Development of complex appliances for scientific computing |
University of Chicago |
| Development of routing mechanism for ad hoc networks, based on the XOR distance of node identifiers |
Universidade Federal de Uberlandia |
| Device Discovery on the POWDER Network |
Raytheon |
| Dexter extends BitTorrent to enable arbitrary peers to dynamically create and use hardware multicast to transfer pieces to a group of peers, which reduces both the network load and file transfer time. |
Rice University |
| DIF-Emulab Integration |
University of Maryland, College Park |
| DigOver is an evidential overlay fault diagnosis framework. |
Illinois State University |
| diploma projects |
University Politehnica of Bucharest, Computer Science and Engineering |
| Direct Telemetry Access |
Carnegie Mellon University |
| Disaggregated Blockchains |
The University of Texas at Austin |
| Discover and analyze software bugs |
Clarkson University |
| discovering CloudLab |
Universite de Lorraine |
| disseminated, distributed operating system deployement |
University grenoble alpes of france |
| Dissemination of Security Updates |
University of California, Los Angeles |
| Dissent Protocol in Python |
Master student at Yazd University |
| Distributed and Complex Subset Query System for Data Centers |
University of Illinois at Urbana-Champaign |
| Distributed approach to DDoS defense |
University of California, Los Angeles |
| Distributed Computing Infrastructure Lab |
West Chester University of Pennsylvania |
| Distributed coordination algorithms |
Naval Research Laboratory |
| Distributed Data Collection from Twitter |
California State Polytechnic University, Pomona |
| Distributed database implementation looking at the use of multicast in various new join algorithms we are developing. |
Massachusetts Institute of Technology |
| Distributed Decentralized Cooperative Defense against Network Attacks |
Rutgers University |
| Distributed DOS Detection |
University of Florida |
| Distributed framework for reinforcement learning |
University of Illinois at Urbana-Champaign |
| distributed home agent for robust mobile access |
University of Pennsylvania |
| Distributed implementation of MapReduce |
Carnegie Mellon University |
| Distributed KVS using Bluefield |
Shanghai Jiao Tong University |
| Distributed Log Querier |
University of Illinois at Urbana-Champaign |
| distributed machine learning |
Case Western Reserve University |
| Distributed ML EdX |
University of Wisconsin-Madison |
| Distributed protocols |
University of North Carolina at Chapel Hill |
| Distributed Query Evaluation |
University of Victoria |
| Distributed sensor network using swarm techniques for GENI. |
University of California, Davis |
| Distributed shared log for Ceph |
University of California, Santa Cruz |
| Distributed simulation |
Texas A&M University |
| Distributed Software Engineering Group |
Imperial College |
| Distributed Software Engineering Research |
Imperial College London |
| Distributed software-defined memory (DSDM): cost-effective and programmable memory scaling on clouds |
University of Nevada, Reno |
| Distributed SQL server |
Stanford University |
| Distributed Storage and Networking |
The University of Tennessee, Knoxville |
| Distributed System for Collaborative Information Processing and Learning |
Rutgers University |
| Distributed Systems Class Projects |
Carnegie Mellon University |
| Distributed Systems Masters Course |
University of Washington |
| Distributed worm simulation |
USC Information Sciences Institute |
| DistStorage |
University of Wisconsin-Madison |
| DNS resolution research |
San Jose State University |
| Docker Performance Study |
Sacred Heart University |
| Docker scheduler |
University of California, Santa Cruz |
| Domain-aware Tuning for Floating-point Programs |
The University of Utah |
| Domain-specific Distributed Systems |
The University of Utah |
| DoS remediation |
Massachusetts Institute of Technology |
| DoS testing of Host Identity Protocol |
Helsinki Institute for Information Technology |
| DSL for Genomics |
Iowa State University |
| dtour experiments |
Uppsala University |
| Dynamic Accountability on the Cloud |
Pennsylvania State University |
| Dynamic Adaptive Streaming over Http |
Polytechnic Institute of New York University |
| Dynamic Adaptive Streaming With Go |
OZYEGIN UNIVERSITY |
| Dynamic Content Generation Proxy |
Computer Science, Duke |
| Dynamic control of virtualized resources |
University of Michigan |
| Dynamic database caching |
Tanu Malik |
| Dynamic Real-time Distributed Software Instrumentation |
JHU Applied Physics Laboratory |
| DynaShield: Build on demand ddos defense architecture with cloud service |
Duke University |
| Eager Paging Evaluation |
University of Wisconsin-Madison |
| ECE 157 A wireless communications lab test |
University of California, San Diego |
| ECE431Spring18Project |
Southern Illinois University Carbondale |
| Edge Computing and Federated Learning |
The University of Utah |
| Edge Computing Platform |
University of Massachusetts Amherst |
| Edge Network Provisioning and Auto Scaling Element |
University of California, Santa Cruz |
| Edge vs Cloud computing for disaster response |
City University of New York |
| Education of Emulab, ProtoGENI, and GENI |
The University of Alabama |
| EEL-6892 Virtual Computers Spring 2015 |
University of Florida |
| EEL6892 Virtual Computers, ECE, University of Florida, Spring 2019 |
University of Florida |
| EEL6892 Virtual Computers, ECE, University of Florida, Spring 2021 |
University of Florida |
| EEL6892 Virtual Computers, ECE, University of Florida, Spring 2022 |
University of Florida |
| EEL6892 Virtual Computers, ECE, University of Florida, Spring 2023 |
University of Florida |
| EEL6892-Spring16 |
University of Florida |
| Efficiency of the improved Fast Paxos algorithm |
EPFL |
| Efficient algorithms for verifying data consistency of distributed databases |
East China Normal University |
| Efficient and sustainable data processing performance on current and future hardware. |
University of Wisconsin |
| Efficient load balancing and overload control for OLDI microservices |
Massachusetts Institute of Technology |
| Efficient Metadata Services for large data centers |
The Ohio State University |
| Efficient P2P Live Streaming |
Yale University |
| Efficient redundancy schemes for low latency content serving |
Carnegie Mellon University |
| Effort to understand the POWDER capability and how to structure a partnership to benefit both organizations |
US Navy, Naval Information Warfare Center |
| Elastic containerized serverless and microservice infrastructure |
University of Colorado Boulder |
| Elasticity in storm clusters |
University of Illinois at Urbana-Champaign |
| Emerging Apps over emergying networks |
U. Manitoba |
| Empirical Analysis of the Performance of Communication Networks for Containers |
Universidade do Estado de Santa Catarina (UDESC) |
| Emulab failure and recovery study |
The University of Utah |
| Emulate simple network topologies - Duke class |
Computer Science, Duke |
| Emulating Mobile Wireless Networks |
HRL Labs |
| Emulation of SDN Controlled Firewalls |
https://www.iiitb.ac.in/faculty_page.php?name=trichaanjali |
| Enabling a Collaborative environment for wireless Communication and Networking Research. |
Alexandria University |
| Encrypting Your Data on the Blockchain |
Carnegie Mellon University |
| end system multicast |
Carnegie Mellon University |
| End-to-end interoperability in large-scale networks |
University of Bordeaux |
| End-to-End Performance Analysis with 5G Network Slicing |
The University of Edinburgh |
| End-to-end Programmable Networks and RDMA |
National University of Singapore |
| Endpoint congestion control |
University of Washington |
| Energy Efficient Algorithms |
The University of Utah |
| Energy efficient NFV |
University at Buffalo, State University of New York |
| Enhancing Coupled-SFR Logging Mechanism to Deliver Fast Recovery Guarantees in NVM |
Penn State University |
| Epidemic Protocols in Ad-hoc Wireless Networks |
University of California, San Diego |
| ES Sensor Scheduling |
The University of Utah |
| Escher |
Cornell University |
| Establish interoperability among selected encalves using the CoABS Grid |
Global InfoTek Inc |
| eval |
University of Minnesota-Twin Cities |
| Evaluate ordered consensus systems with real-world decentralized finance applications. |
Cornell University |
| Evaluate our consensus protocol in simulated environment, analyze collected results |
IoT and Big Data Joint Lab |
| Evaluate the effectiveness of decentralised scheduling in large datacenters. |
University of Cambridge |
| Evaluate the Security of BGP |
ETH Zurich |
| Evaluate the use of P2P technologies to deploy network services for satellites in space. |
Washington University in St. Louis |
| Evaluating alternatives to fast recovery for TCP reordering |
Stony Brook University |
| Evaluating Emulab for WAILworks interface |
University of Wisconsin-Madison |
| Evaluating measurement tools |
University of North Carolina at Chapel Hill |
| Evaluating NoSQL tools for managing JSON data |
University of Missouri |
| Evaluating performance of composable BFT protocols. |
Ecole Polytechnique Federale de Lausanne |
| Evaluating Routing Control Platform |
Princeton University |
| Evaluating the efficacy of gossip protocols that tolerate Byzantine and selfish behaviors |
The University of Texas at Austin |
| Evaluating the Leaderless Byzantine Consensus Protocol |
The University of Sydney |
| Evaluating the performance of different private blockchain platforms in a medium network setting |
Washington University in St. Louis |
| Evaluating the Performance of SMORE |
Stony Brook University |
| Evaluating the performance of some parallel Delaunay triangulation algorithms by measuring how they perform when they are run on a physical multicore and multiprocessor system and on multiprocessor parallel system provided via the cloud. |
Colorado Technical University |
| Evaluating the resilience of MOSIP against DDoS attacks |
Carnegie Mellon University - Africa |
| Evaluation and Documentation of Network Testbeds |
Department of Informatics, University of Oslo |
| Evaluation for integration in Gent |
Ghent University/imec |
| Evaluation of a new architecture for scalable AB monitoring |
University of North Carolina at Chapel Hill |
| Evaluation of a novel packet scheduler |
Rutgers University |
| Evaluation of applying SDN and NFV to the LTE mobile core |
Chair for Communication Networks (LKN) |
| Evaluation of Data-centric middleware |
West Chester University of Pennsylvania |
| evaluation of file transfer protocols |
University of Missouri-Kansas City |
| Evaluation of Network Abstractions |
University of Wisconsin-Madison |
| Evaluation of new DASH over CCN approaches. |
University of Massachusetts Amherst |
| Evaluation of overlay multicast using multi-tree vs. mesh |
LUMS, Pakistan |
| Evaluation of P2P overlay multicast protocols |
Trinity College Dublin |
| Evaluation of traffic conditioning techniques |
Universidad Politecnica de Cartagena |
| Evaluation of user plane jitter using virtualization technologies |
Chalmers University of Technology |
| Evaluations of P2P topologies for virtual environments |
Queen Mary University of London |
| Evalutation of some available bandwidth estimation tools |
University of Bamberg |
| Exercises for CSC 332 Computer Networks Course |
Farmingdale State College |
| Expeditus is a distributed congestion-aware load balancing protocol in the data plane. It's designed to replace ECMP in data center networks for low-latency high-throughput networking. |
The Chinese University of Hong Kong |
| Experiment Archive |
The University of Utah |
| Experiment Cloud FIRBE |
Federal University of Para |
| Experiment with distributed protocols. |
Purdue University |
| Experiment with network virtualization |
Rice University |
| Experimental Analysis of Straggler Mitigation Strategies in Hadoop |
University of Illinois at Urbana-Champaign |
| Experimentally evalute new network architectures |
Carnegie Mellon University |
| Experimentation and development of a robust SDN controller |
Purdue University |
| experimentation for distributed systems |
Universite de Lorraine |
| Experimentation with BATMAN routing protocol |
Universidad Politecnica de Cartagena |
| Experimentation with large-scale object sharing. |
University of North Carolina at Chapel Hill |
| Experimentation with source routing |
University of Maryland, College Park |
| Experimenting with approaches to defend against DDoS attacks. |
University of North Carolina at Chapel Hill |
| Experimenting with bioinformatics tools |
University of Missouri |
| Experimenting with Ethernet Switches & Intra-domain Routing |
Dept. of Computer Science, Stony Brook University |
| experimenting with Information Centric Networking over LTE |
Texas A&M University |
| Experimenting with Novel Wireless Technology to Support High Capacity LPWAN |
Florida State University |
| Experimenting with the use of clock time in SDN policies |
Technion - Israel Institute of Technology |
| Experimenting with Worm Propagation Models |
State University of New York at Buffalo |
| Experiments on Massive MIMO BS |
Northeastern University |
| Experiments to avoid distributed livelock |
New York University |
| Experiments with privacy-preserving electronic surveillance techniques |
Yale University |
| Exploiting Diverse and Heterogeneous Resources in a Multi-cloud Environment |
University of Nebraska at Omaha |
| Exploiting storage hierarchy for speeding LSM KV stores |
Princeton University |
| Exploiting the effects of quantization of NNs on the proximity of adversarial attacks |
The University of Utah |
| Exploration of P2P backup exploiting unused disk space for storage |
Carnegie Mellon University |
| Explore how Kubernetes and OpenStack Services can co exist and cooperate |
Huawei |
| Explore Powder wireless OpenAI profiles |
cord-testdrive, arm.com |
| Exploring 5G experiments for vehicular mobility in smart cities |
Clemson University |
| Exploring ABM design methods and optimization techniques for HetNets |
Oklahoma State University |
| Exploring fast re-routing protocols |
University of South Carolina |
| exploring gray-box techniques on top of tcp |
University of Wisconsin-Madison |
| Exploring hybrid execution models in data centers |
SUNY Buffalo |
| exploring mobility in cellular networks |
Georgia Institute of Technology |
| Exploring NFV in cellular |
Stony Brook University |
| Exploring Pre-Authentication Traffic in 5G |
NYU |
| Expressive Internet Architecture research group |
Carnegie Mellon University |
| Extend SABR with user preferences for high-level feature-based controlling |
MAKI TU Darmstadt |
| Extensible TCP |
The University of Utah |
| Extension and testing of Aerospace Space Networking Testbed |
The Aerospace Corporation |
| Extreme-scale Content-based Image Retrieval in the Cloud |
Queensborough Community College of CUNY |
| FaaS Application |
University of Mazandaran |
| FABRIC federation |
Lawrence Berkeley National Lab |
| Failure as a Service (FaaS): A Cloud Service for Large-Scale, Online Failure Drills |
University of California, Berkeley |
| Fast Connection Recovery against Region Failures with Landmark-based Source Routing |
Nanjing University |
| Fast Efficient FT Consensus |
TU Darmstadt |
| Fast Geo-Replication over Wide Area Networks |
University of Southern California |
| FAU Massive MIMO Research |
Florida Atlantic University |
| Fault tolerance and Performance Enhancement in Memory Disaggregated Systems |
Indian Institute of Technology Guwahati |
| FCP 5G Study in SUTD |
Singapore University of Technology and Design |
| Federant for the TIED GENI prototyping project |
The Aerospace Corporation |
| Federation of Cloud testbeds into the Slice Federation Architecture |
US Ignite |
| FIFR/LISF Transient Loop Experiments |
University of California, Davis |
| filtering on overlay networks |
Katholieke Universiteit Leuven |
| FlashRoute |
Case Western Reserve University |
| Flat name resolver |
Massachusetts Institute of Technology |
| Flatt and Regehr's project on precise GC in the OS |
The University of Utah |
| FlexRAN over PhantomNet |
The University of Edinburgh |
| Floodwatch DDoS |
USC Information Sciences Institute |
| Flow Table Synthesis |
University of Wisconsin-Madison |
| Fluid Models for Large, Heterogeneous Networks |
Dept. of Computer Science, University of Massachusetts |
| FogOrchestration |
UNICAMP |
| For Course "CPR E 537: Wireless Network Security" |
Iowa State University |
| for measurement |
Harvard University |
| For testing Beta Emulab WebUI |
Carnegie Mellon University |
| For the Course: Network Design and Performance |
TAMU-Commerce/RIT |
| For the CPS lab at Rutgers ECE |
Rutgers University-New Brunswick |
| For use by CSE 434, Computer Networks, at Arizona State University |
Arizona State University |
| Forensics of Smart Contracts |
The Ohio State University |
| Formal analysis for resilient and approximate computation |
The University of Utah |
| Formal Verification of High Performance Distributed Systems |
Massachusetts Institute of Technology |
| Foundations for Correctness Checkability and Performance Predictability of Systems at Scale |
University of California, Davis |
| Framework for building intrusion-tolerant distributed systems |
IBM Zurich Research Lab |
| free5GC |
NCTU |
| FreeBSD QA |
The FreeBSD Project |
| freebsd-transport |
FreeBSD.org |
| Fresh replicas through append-only storage and RDMA |
Simon Fraser University |
| Full Duplex scheduling in 5G |
New York University |
| Future Internet |
Konkuk University |
| Future Internet Classes |
Universidade Federal Rural de Pernambuco |
| Game theoretic system resource allocation. |
Boston University |
| GENI application management |
Williams College |
| GENI Experiments for Traffic Capture Capabilities and Security Requirement Analysis |
The University of Alabama |
| GENI Science Shakedown |
University of North Carolina at Chapel Hill |
| Georgia Tech College of Computing Networking and Telecommunications Group |
Georgia Institute of Technology |
| Get logs from Openstack vm. |
Nankai University |
| Globecome Tutorial test via IEEE |
Queensland University of Technology |
| GNS3 Testing |
University of North Carolina at Chapel Hill |
| GNS3_Asnet.am_Topology |
Institute for Informatics and Automation Problems of NAS RA |
| GNU Radio (software radio) |
Blossom Research |
| GNU Radio Conference 2018 |
The University of Utah |
| Gossip based communication protocol |
Westmont College |
| Gossip peer to peer development plateform |
INRIA France |
| Gossip protocol tests |
Cornell University |
| GPO project to gain familiarity with Emulab |
GENI Project Office |
| Grad Networks 2010 |
Princeton University |
| Graduate Cloud Computing Class |
University of California, Santa Barbara |
| Graduate course on network and computer system security, Fall 2014 |
University of Colorado Boulder |
| Graduate Course on Network Security |
Ceské vysoké ucení technické v Praze |
| Graduate Projects in Distributed Systems |
University of Wisconsin-Madison |
| Graph Algorithms on Cloud Platforms |
Illinois State University |
| GraphEngine |
The University of Tennessee, Knoxville |
| GraphX vs McSherry Implmentation |
University of Wisconsin-Madison |
| Grey Fiber is a part of the Internet Atlas project |
University of Wisconsin-Madison |
| GRIN project deals with developing and evaluating techniques for maximizing the available bandwidth among different (diverse) paths between any two end points. These techniques would form building blocks of large-scale wide area replication systems. |
NEC Laboratories America, Inc. |
| GuanYin Project |
Portland State University |
| Guaranteeing Data Freshness in P2P Systems |
University of Waterloo |
| GW CloudLab |
George Washington University |
| Hadoop |
University of Nevada, Las Vegas |
| Hands on Computer Networks |
Drexel University |
| Hands-on assignments for COS 561 |
Princeton University |
| Hardware and operating systems for rack-scale disaggregated memory systems |
Penn State University |
| Hardware Security Benchmark Suite |
University of Colorado Boulder |
| Hatswitch Research |
University of Illinois at Urbana-Champaign |
| Healthcare provider defined network access for Telemedicine |
The University of Texas at Dallas |
| Hermit: Low-latency and High-throughput Remote Memory via Feedback-Directed Asynchrony |
University of California, Los Angeles |
| Heterogeneity Aware Gossip Protocol |
INRIA Rennes |
| Hierarchical Scheduling Algorithms |
University of Toronto |
| Hierarchical Two Dimensional Queuing: A Scalable Approach for Traffic Shaping using Software Defined Networking |
Indian Institute of Technology, Kharagpur |
| High Performance Overlay Experimentation |
Washington University in St. Louis |
| High Performance ParalleX |
CREST, Indiana University |
| high performance state machine replication |
The University of Texas at Austin |
| High performance transport for cloud datacenters |
CS Division |
| High-Performance, Application-Integrated Far Memory |
Massachusetts Institute of Technology |
| High-throughput job scheduling for data centers |
University of Illinois at Urbana-Champaign |
| Highly available networking |
University of Illinois at Urbana-Champaign |
| Highly deployable mobile networks for public safety |
Ohio University |
| HighPerfSSD |
University of Wisconsin-Madison |
| History Independent Database |
Cornell University |
| Holding project for demonstration profiles. |
The University of Utah |
| Holding Project for geni slices |
The University of Utah |
| Holding project for POWDER-headed O-RAN Plugfest 2021 resources |
The University of Utah |
| Holding project Utah's Flux group. |
The University of Utah |
| Homa simulation results |
Lahore University of Management Sciences |
| How to build a lab for my class |
Jackson State University |
| HPC CLOUD |
Universidad autonoma de occidente |
| HPSC |
Master course student, Hannam University |
| HTTP based load balancer |
Georgia Institute of Technology |
| Human factors in roadway accident hot spot identification |
Jackson State University |
| Hustle is a new data processing kernel that aims to support both relational and propositional machine learning in the same platform. |
University of Wisconsin-Madison |
| Hybrid routing/forwarding protocol for tolerating compromised routers |
University of California, San Diego |
| i want this system to help my student for the graduation |
University of Catania |
| IAMANET effort to research secure network implementation |
Telcordia |
| IBDS |
The University of Utah |
| ICS-NS |
Pakistan Institute of Engineering and Applied Sciences |
| IDCC Trial 1 |
InterDigital |
| Identification of jobs communications patterns for application characterization. |
UNESP |
| Identify fences automatically |
The University of Texas at Austin |
| Identifying anomalies in Blockchains by delaying messages |
The University of Sydney |
| Identifying security threats (e.g., impersonation) from implementing network slicing for 5G with SDN and NFV. |
Arizona State University |
| IDS Exploration - We intend to evaluate the quality of various IDS systems, as part of a larger ARO-funded DoD MURI grant. |
University of Wisconsin-Madison |
| IDS4ID |
Carnegie Mellon University |
| IDS_Snort_ Bro |
San Jose State University |
| Impact of Datacenter OS API on Utilization and Security |
Princeton University |
| Impact of Kernel Same-page Merging (KSM) on the Kernel-based Virtual Machine (KVM) |
University of Florida |
| Impact of unreliable wireless communication on distributed applications |
The University of Texas at Dallas |
| Implementation of Distributed Algorithms |
University of Cyprus |
| Implementation of Network Functions as container images for easy spawning and orchestration |
San Jose State University |
| Implementation of the WISE framework |
University of Maryland, College Park |
| implementing craq |
Princeton University |
| improve failure detection in distributed system |
Johns Hopkins University |
| improvements of Ditto (Mobisys 2008) |
Lahore University of Management Sciences |
| Improving database performance and reliability with new hardware and system architecture. |
University of Wisconsin-Madison |
| Improving EPC performance |
Hankuk (Korea) University of Foreign Studies |
| Improving Fault-Tolerance in Large-Scale: We aim to construct a high-quality testing environment to identify reliability and performance issues in large-scale distributed enterprise applications |
The University of Memphis |
| Improving Internet Protocols |
Université Catholique de Louvain |
| Improving network performance of distributed file system with SDN and NF |
University of Wisconsin-Madison |
| Improving networking performance by offloading packet processing |
The Ohio State University |
| Improving QoE of Video streaming |
Purdue University |
| Improving the performance of container environments |
University of Illinois at Urbana-Champaign |
| Improving the topology of a Gnutella network |
Faculty of IE and M, Technion |
| In this class, students need to get experience in network secuirty and intrusion detection systems |
University of North Carolina at Charlotte |
| In this project the data availability of the data in the cloud computing is increased by using the peer-peer networks |
Bannari Amman Institute of Technology |
| In this project, we explore how configurations affect the performance of distributed systems, and we will explore ways to diagnose and fix performance-related misconfiguration problems in cloud infrastructure systems. |
University of Chicago |
| In this project, we will study how to build a mobile cloud on top of Mobile ad hoc network to use mobile resources efficiently. |
University of Washington Tacoma |
| In-band TCP measurements |
University of California, San Diego |
| In-Network Storage and Computation on GENI |
DOCOMO Labs USA |
| In-Transit Data Analysis in Federated Ecosystems |
Rutgers University |
| Incast Control in datacenters |
University of Illinois at Chicago |
| Incentive via Bankless Virtual Currency System |
National University of Singapore |
| incremental data stream processing |
Concordia University |
| Industrial Control Sistem Testbed |
Spanish National Cybersecurity Institute |
| information retrieval in p2p environments |
University of Massachusetts Amherst |
| Initial experimentation potentially related to various proposed efforts on massive MIMO, especially related to TVWS in rural deployments. |
Southern Methodist University |
| Initial test project from a Telecomm PhD Student |
Drexel University |
| INSANE: A Uniform Middleware API for INtegrated Selective Acceleration at the Network Edge |
Università degli Studi di Bologna |
| Install Open Air Interface on top of POWDER |
Universitas Indonesia |
| Install PNNL electric power grid simulator under Windows XP |
USC ISI |
| Intelligent Architectures for Space Internet |
Case Western Reserve University |
| intelligent media networking |
Kent State University |
| Intelligent Reduction of Energy through Photonic Integration for Datacenters |
University of California, Santa Barbara |
| Intelligent straggler mitigation on spark |
Shanghai University of Electric Power |
| Inter-cloud experiments by overlay cloud architecture |
National Institute of Informatics |
| Interactive ISP-victim DoS defense |
USC Information Sciences Institute |
| Intercloud web services lab exercises for students |
University of Missouri |
| InterDigital RAN orchestration experiments |
InterDigital |
| InterDigital_OAI |
InterDigital Communications |
| Interdomain routing security |
University of Massachusetts Amherst |
| Intermediate Storage System |
University of Illinois at Urbana-Champaign |
| Internet 3.0 |
Washington University in St. Louis |
| Internet broadcast to large, end-user personal caches |
University of Washington |
| Internet Congestion Control |
University of Illinois at Urbana-Champaign |
| Internet Defense Technology Experimental Research Network |
ISI DeterLab |
| Introduction to Cloud Computing |
West Chester University of Pennsylvania |
| Intrusion Dection In Cloud Environments |
ENSIAS |
| Intrusion Detection and Information Fusion |
Fordham University |
| Intrusion detection and prevention in SDN using traffic Engineering |
San Jose State University |
| Intrusion Detection Systems Testing |
Georgia Institute of Technology |
| Investigate improved memory allocation mechanisms for improved performance of cloud workloads |
University of Wisconsin-Madison |
| investigate scalability of link-state protocols |
University of Kentucky |
| Investigating Georeplication strategies for Cloud Federation |
University of California, Santa Barbara |
| Investigating how to improve on the performance of high load servers by reducing the number of read and write system calls |
University Politechnica Bucharest |
| Investigation for CN3 Work |
CN3 |
| Investigation into the use of SNMP in lossy environemnts |
Johns Hopkins Applied Physics Lab |
| Investigation of Distributed Denial of Service, Attacks, and Prevention Mechanisms |
The University of Utah |
| Investigation of scalability characteristics of a distributed lossy filter service |
Freie Universitaet Berlin |
| Investigation of using SCTP for MPI in a WAN environment |
The University of British Columbia |
| Investigations into Issues in Deploying Software Defined Networks on Traditional Network Infrastructure |
Birla Institute of Technology & Sceince, Pilani |
| IoT Security Education Project |
San Jose State University |
| iotX - A simulator for the Internet-of-Things |
Rochester Institute of Technology |
| IP fast rerouting evaluation |
University of California, Irvine |
| IP over P2P |
University of Florida |
| IP service management |
NEC Labs America |
| IP-Centric, Latency-Tolerant, Bus-less System Architectures |
Keio University Shonan Fujisawa Campus |
| ITRI Energy Savings PoC |
Industrial Technology Research Institute |
| it_sim |
Cornell University |
| Java-oriented Active Network Operating System |
The University of Utah |
| js-version-measurement project |
The University of Tennessee, Knoxville |
| JSys Artifact Evaluation Board |
The University of Utah |
| K.K. Ramakrishnan's Projects on SDN-NFV and ICN |
University of California, Riverside |
| Kayak Extension |
Johns Hopkins University |
| Key-Value store authentication |
Syracuse University |
| Khazana |
The University of Utah |
| Khopesh: Tracking Covid-19 Without Sacrificing Privacy |
University of Pittsburgh |
| Kobus Test Project |
The University of Utah |
| Kubernetes Cluster Fault Injection |
University of California, Santa Cruz |
| Lab design collaborated project |
NC A&T State University |
| labs1 |
Université Abdelhamid Ibn Badis de Mostaganem |
| LabTest |
University of Macedonia |
| language support for scalable network services |
University of Pennsylvania |
| Large-Scale Multi-Source Download |
University of Illinois at Urbana-Champaign |
| Large-scale SDN Security Research |
Department of Computer Science and Information Engineering, National Taiwan University of Science and Technology |
| Latency Model for Microservices: Exploring Wide-Area Service Placement Trade-offs |
Emory University |
| Learn and try emulation in student projects |
Inner Mongolia University |
| learn more about PhantomNet capabilities |
University of Illinois at Chicago |
| Learned Distributed Concurrency Control |
University of Illinois at Urbana Champaign |
| Learning Cloud Computing using Openstack |
Estrella Mountain Community College |
| Learning DPU implementation |
Boston University |
| Learning Spark and Hadoop |
University of Wisconsin-Madison |
| Light Speed Networking |
University of Massachusetts Amherst |
| Lightweight Distributed Tracing |
Princeton University |
| Lightweight VMFUNC Domains |
University of California, Irvine |
| link flood attack defence |
Georgia Institute of Technology |
| LinnOS |
Nanyang Technological University |
| Linux Kernel Testbed |
The University of Utah |
| litols |
Tokyo University of Agriculture and Technology |
| Live debugging of Kernel |
Computer Science |
| Live Distributed Objects |
Cornell University |
| Live Migration of Ensembles |
University of Colorado Boulder |
| live migration trial |
Stony Brook University |
| Live VM Migration involving WAN Networks |
National University of Sciences and Technology |
| LND |
Washington State University |
| Load Balancing in the CephFS Metadata Cluster |
University of California, Santa Cruz |
| Log and Replay xen VM from instruction level |
George Mason University |
| Log-structured merge tree for NVM |
Rutgers University |
| Logistical Session Layer |
Indiana University Bloomington |
| LoRa WAN RF Planning Academic Research |
ELECTRIC-ELECTRONIC ENGINEERING DEPT. |
| Low-latency SDN controllers and networks |
University of California, Irvine |
| Low-latency storage stack |
University of California, Irvine |
| Low-rate DDoS detection |
University of Southern California |
| lptonussi |
Universidade Federal de Santa Catarina |
| LSM Tree Physical Replication on Compacted Files in RocksDB |
Columbia University |
| Lumos |
Princeton University |
| M-Torrent: An Island Multicast Enabled BitTorrent Protocol |
Indian Institute of Technology (IIT), Kanpur |
| M5G |
National Taiwan University of Science and Technology (NTUST) |
| Machine Learning based Intelligent Network Dynamics |
Huawei Technologies Investment Co. ltd |
| Machine Learning for Channel Estimation |
University of Illinois at Urbana-Champaign |
| Machine Learning for MIMO Multipath Mitigation |
Raytheon |
| Main memory OLTP Database Engine |
The University of Utah |
| makeoscloud |
Branson Academy |
| MAKI-Exp |
Technical University of Darmstadt |
| MAKI-Test |
Technical University of Darmstadt |
| Making improvements to cellular software stacks |
The University of Utah |
| Making MeshTest more like Emulab, and adding paravirtualization |
Laboratory for Telecommunications Sciences |
| Manage Software Defined Network with Fuzzy Logic |
Universita' del Piemonte Orientale |
| Managing ephemeral data on microservices infrastructures |
The University of Utah |
| MANAnet Shield : Defenses Against Distributed Denial of Service Attacks |
Cs3 Inc. |
| Maninderjit_cmpe210_labs |
San Jose State University |
| Many to many multicast protocol |
Information and Communications University |
| MapReduce Scheduling and Optimization |
Georgia Institute of Technology |
| MapReduce Workload Distribution for Hybrid Cloud |
Rochester Institute of Technology |
| Mason JSys Submission |
Anonymous Institution |
| Massive MIMO Study for ARA |
Iowa State University |
| Massive MIMO using Single Carrier Modulation and Filter Bank Multicarrier waveforms |
The University of Utah |
| Master thesis |
Budapest University of Technology and Economics |
| Mastering srsRAN and New Radio |
Iowa State University |
| mclab_tcp |
The Chinese University of Hong Kong |
| Measure the impact of background traffic on application behavior |
University of California, San Diego |
| Measurement of Internet data transmission protocols |
Fudan University |
| Measurement-based Software Performance Evaluation |
University of Stuttgart, Germany |
| Measurements and characterization of Internet topology and routing |
USC Information Sciences Institute |
| Measurent of P2P middleware architectures |
University of California, Irvine |
| Measuring a Cassandra Cluster |
MS student at University of Colorado at Boulder |
| Measuring distributed systems on training of Deep Neural Network |
University of Oregon |
| Measuring OpenStack Performance in DoS and DDoS Scenarios |
Vishnu Institute of Technology |
| measuring system health through heartbeats |
Rutgers University |
| Medical Data & Enhancements to Postgres |
University of Southern California |
| Members of the Chair of Network Architectures and Services at the TUM Department of Informatics |
Technischen Universität München |
| memoria-mcord |
Universidad de Chile |
| Memory Disaggregation |
Virginia Polytechnic Institute and State University |
| MERIF 2019 tutorial project |
The University of Utah |
| Mesh Based Content Routing using XML |
University of California, San Diego |
| Meta operations center for GENI |
Indiana University - Global Research NOC |
| MFT Testbed |
Indiana University Bloomington |
| Michigan big data course student projects and assignments |
University of Michigan |
| Middleware for information flow applications |
Georgia Institute of Technology |
| Midonet SDN |
No |
| MIMO for high resolution wireless sensing |
Microsoft Research |
| misc projects |
DoD |
| MIT 6.828 Graduate OS Seminar Course |
Massachusetts Institute of Technology |
| MIT 6.829 course project |
Massachusetts Institute of Technology |
| Mizzou Cyber Education and Research Initiative project |
University of Missouri |
| ML based Channel Estimation |
Interdigital Inc |
| ML for Systems UIUC course project |
University of Illinois at Urbana-Champaign |
| MLOS Notebooks for optimization |
University of Wisconsin-Madison |
| mlsys |
Oak Ridge National Lab |
| Mobile Gigabit Wireless Access with Core-to-Edge Network Coding |
University of Wisconsin-Madison |
| Mobile networking experimentation |
University of California, Santa Barbara |
| Mobile networking, cloud and SDN |
The University of Utah |
| Mobility and channel estimation experimentation |
University of California, San Diego |
| Model Integrated ACE ORB |
Vanderbilt University |
| Modeling the networking performance of data-center applications |
University of North Carolina at Chapel Hill |
| ModelNet Integration into Netbed/Emulab |
The University of Utah |
| Modern Network Concepts |
University at Buffalo, State University of New York |
| Modified QUIC BBR evaluation over cellular |
Karlstad University |
| Monitoring and Measuring POWDER Network |
Raytheon |
| Monitoring the global state of large-scale distributed systems |
Georgia Institute of Technology |
| mOS |
Case Western Reserve University |
| MPTCP study |
University of Colorado Boulder |
| MS-Viv |
Universitat Politecnica de Catalunya |
| MUBS_LAB |
Modern University for Business and Science |
| Multi-class active queue management |
The University of Utah |
| Multi-FedLS: A Scheduler of Federated Learning Applications in a Multi-Cloud Environment |
Universidade do Estado do Rio de Janeiro |
| Multi-hope experiments with delay-gradient TCP |
Swinburne University of Technology |
| Multi-resolution Network Emulation |
Georgia Institute of Technology |
| Multi-source Multicast |
Hewlett Packard Labs |
| Multicast rerouting |
University of Goettingen |
| Multicast traffic engineeing |
Nation Taiwan University of Science and Technology |
| Multicast Web Server |
University of Kentucky |
| Multihop Opportunistic Transmission |
Cleveland State University |
| Multimedia Networking Class @ UNC |
University of North Carolina |
| Multimedia Stream Control |
University of California, Santa Barbara |
| Multipath on Cellular Networks |
George Mason University |
| mww2023 |
The University of Utah |
| N/A |
North Carolina State University |
| NA Plugfest 2021 Keysight RICTest Solution |
Keysight Technologies |
| NA Plugfest 2022 Keysight RICtest |
Keysight Technologies |
| Named Data Networking experiments on the routing protocols and forwarding strategies. |
The University of Arizona |
| Named Data Networking in 5G |
The University of Utah |
| Near storage elastic CPU with minimal overhead |
Columbia University |
| Nebula: Distributed Edge Cloud for Data Intensive Computing |
University of Minnesota-Twin Cities |
| neondp |
PostDoctoral Fellow |
| net aware |
Ghent University - imec, IDLab |
| NetDB Research at Penn |
University of Pennsylvania |
| NetSec |
New York University |
| Network architecture exploration |
Carnegie Mellon University |
| Network Coding over Wireless Networks |
University of California, Irvine |
| Network Emulation for Protocol Tuning and Evaluation |
University of Napoli |
| Network Emulation Testbed (NET) |
University of Stuttgart, IPVS |
| Network Function Virtualization |
VMware |
| Network Function Virtualization for 5G networks |
University of Rome Tor Vergata |
| Network Functions as-a-Service over Virtualised Infrastructures |
Leibniz University Hannover |
| Network Intrusion Detection System QoS and Effectiveness Against DDoS and MITM Attacks Using Snort and Bro |
San Jose State University |
| Network layer protocol security research |
Brigham Young University |
| Network Management and Security Research at Georgia Tech |
Princeton |
| Network Operations and Administration |
California State University East Bay |
| Network Optimization for Distributed Query Processing |
University of Wisconsin-Madison |
| Network Performance Measurement |
The University of Utah |
| Network Performance Measurement using O-RAN |
University of Notre Dame |
| Network Proximity and Congestion Control for Chord, a Peer-to-Peer lookup protocol |
MIT/CSAIL |
| Network Route Reconfiguration for SD-WAN |
HPE |
| Network Security at Mills College |
Mills College |
| Network security class projects |
The University of Utah |
| Network Service Architecture |
University of Massachusetts Amherst |
| Network Slicing |
Technische Universität Ilmenau |
| Network slicing orchestration |
University of Macedonia |
| Network Stream Watermarking |
University of Illinois at Urbana-Champaign |
| Network Technology Development Group |
Jet Propulsion Laboratory |
| Networking and Operating Systems Lab at the University of Edinburgh |
The University of Edinburgh |
| Networking aspects of cloud platforms |
Budapest University of Technology and Economics |
| Networking Class Projects |
Colgate University |
| Networking course labs |
City University of New York |
| Networking Lab |
Nokia Bell Labs |
| Networking projects |
Massachusetts Institute of Technology |
| networking research projects |
University Politehnica of Bucharest, Computer Science and Engineering |
| Networking Testbed |
Escola Politecnica - Universidade de Sao Paulo |
| NetworkJob |
Korea Institute of Science and Technology Information |
| neutral host sharing on the RAN |
Universiteit Gent |
| New England Workshop on Software Defined Radio tutorial |
The University of Utah |
| New Network Measurement Framework on Software Switches |
Boston University |
| New technologies for peer-to-peer systems |
University of California, Riverside |
| Next gen. internet testbed |
Swedish Institute of Computer Science |
| Next-Generation Networks Course at Georgia Tech |
Princeton |
| Next-generation Transport Architecture |
Yale University |
| NFSTest |
Meta |
| NFV |
San Jose State University |
| NISupport |
The University of Utah |
| NLP for therapy session data |
The University of Utah |
| Now I Understand Networking |
Baylor University |
| nsdf-testbed |
Giorgio Scorzelli |
| NVM supporting for OS |
Rutgers University |
| NXM Powder Colloboration |
NXM Labs Inc |
| O-RAN Experimentation |
Samsung Research America |
| O-RAN software community integration |
China Mobile Technology (USA) Inc. |
| OAI Fall 2021 Workshop |
The University of Utah |
| oai workshop demo |
TCL communication |
| oai-SA |
No.43, Keelung Rd., Sec.4, Da'an Dist., Taipei City 106335, Taiwan (R.O.C.) |
| Oakland CloudLab for Education and Research |
Oakland University |
| OceanStore:Exploring Global-Scale Persistent Storage |
University of California, Berkeley |
| OCT internal project to work on FPGA nodes (pc151 & pc153) |
University of Massachusetts Amherst |
| Octopus |
University of Illinois Urbana Champaign |
| OMEC |
Open networking foundation |
| On Improving TCP performance over Mobile Data Network |
Institute of Computing Technology, Chinese Academy of Sciences |
| ONAP |
NOKIA Bell Labs |
| ONAP deployment for the Academic Summit |
AT&T |
| ONAP ORAN SMO package trial |
AT&T |
| Ongoing 5G development scenarios |
Enext Wireless Inc. |
| Ongoing cloud/edge distributed computing and AI/ML research of the DOC Group |
Vanderbilt University |
| ONOS Testbed for UML Research |
University of Massachusetts Lowell |
| OnTimeMeasure GEC10 Tutorial |
University of Missouri |
| onvm |
Tsinghua University |
| Open AI-enabled RAN Controllers for Academic Research |
Virginia Polytechnic Institute and State University |
| Open air interface techniques |
IIT Kanpur |
| Open educational materials that run on CloudLab |
New York University |
| Open Flow network switch simulation |
Georgia Institute of Technology |
| open platform for prototyping and testing artificial intelligence-based controllers |
Mississippi State University |
| Open Ran Trust |
University College Dublin |
| Open5GS + Ueransim |
Universitetet i Agder |
| OpenAirInteface 5G NR sandbox |
Eurecom |
| Openairinterface Project |
National Taiwan University of Science and Technology |
| OpenLab |
Cloud Native Computing Foundation |
| OpenStack testing |
University of phoenix |
| openstackUNIFI |
University of Pisa |
| Operating System (ecs150) @ UCDavis |
University of California, Davis |
| Operating System Models (ecs251) @ UCDavis |
University of California, Davis |
| Optimal scheduling for tensorflow |
Stony Brook University |
| Optimised storage network |
Aston University |
| Optimistic Agreement with Synchronous Fallback |
University of Maryland, College Park |
| Optimistic Causal Consistency |
The University of Texas at Austin |
| Optimized Resource Management for FaaS platforms |
Université Grenoble Alpes |
| Optimizing maching learning over normalized data |
University of California, San Diego |
| Oran conditional handover feature |
Arizona State University |
| OrangeFS parallel file system research |
Clemson University |
| orchestration of multidomain clouds |
CNIT |
| Order Fairness in Byzantine Consensus |
University of Pennsylvania |
| Orthogonal Time Frequency Space (OTFS) is a 2D modulation technique that transforms the information carried in the Delay-Doppler coordinate system |
The University of Utah |
| OSDI 2020 Artifact Evaluation |
The University of Utah |
| Othello Hashing and Its Applications to Scalable and Dynamic Network Forwarding and Functions |
Jack Baskin School of Engineering, UC Santa Cruz |
| Our project is motivated by the need that grids have of effective and efficient accountability systems scalable for accommodating large number of users and resources. |
Purdue University |
| Our project will integrate P4P policies with the Hadoop task scheduler to allow large scale data processing on the Internet without overloading network link or nodes. |
Yale University |
| Overlay network multicast |
EECS, Northwestern U. |
| Overlay networks for distributed applictions |
Washington University in St. Louis |
| ownload Acceleration via Multiple Network InTerfaces |
Columbia University, Computer Science |
| P-CORE team for DARPA CHASE |
University of Virginia |
| P2P architecture for cache sibling |
University of Franche-Comte |
| P2P Collaboration and networking |
University of Cincinnati |
| p2p mobile infrastructure |
Massachusetts Institute of Technology |
| p2p system based on gossiping techniques |
University of Roma Tor Vergata |
| P2P Systems, Course Projects |
University of Washington |
| P2Pac is focused on the the problem of enforcing database access control in P2P networks. |
Italian National Research Council |
| p4 Topology Experiments |
The University of Utah |
| Packet Loss Inference |
University of Electronic Science and Technology of China |
| PADRES constitutes research on federated content-based publish/subscribe system infrastructures. |
Middleware Systems Research Group |
| Paradrop Edge Computing |
University of Wisconsin-Madison |
| Parallel Adaptive Streaming Over HTTP |
Princeton University |
| Parallel Model-checking |
The University of Utah |
| Parallel_Dift |
University of California, Santa Cruz |
| Parameterized log anomaly detection |
University of Illinois at Urbana-Champaign |
| Passive network performance measurements in distributed environments such as grids |
Lancaster University |
| patch-demo |
University of Science and Technology of China |
| PathFinder: Self-Organizing Overlay Net |
Princeton University |
| Peer 2 Peer Backup using Erasure coding. We are planning to use EmuLab to do performance analysis of our system and try to experiment with different network and systems configurations. |
Carnegie Mellon University |
| Peer to peer grid free to join. |
UFCG |
| Peer-to-Peer Anonymity Network |
Carnegie Mellon University |
| Peer-to-peer architecture for massively multiplayer games |
National University of Singapore |
| peer-to-peer experiment for online video |
Yale University |
| Penn Networks |
University of Pennsylvania |
| Performance and Scalability Analysis of Large-scale Web Applications |
Louisiana State University, School of Electrical Engineering and Computer Science |
| performance comparisons among various topologies and testing of new topology designs |
Seoul National University |
| Performance evaluation of synchronization services. |
Technion, EE |
| Performance Evaluation of SCTP for Soft Real-Time Applications |
Dept. of Computer Science, Karlstad University |
| Performance Evaluation of Serverless Network Functions |
University of Milano-Bicocca |
| Performance in Cloud |
University Hassan II of Casablanca |
| Performance of solutions to the distributed slicing problem |
Ecole Polytechnique Federale de Lausanne |
| Performance testing of BFT algorithms |
Massachusetts Institute of Technology |
| Performance Variability Study of Big Data Applications |
Leiden University |
| Performance-Optimal Read Atomic Transactions |
ETH Zürich |
| Pervasive Infrastructure Sensor Networks |
Carnegie Mellon University |
| PetaShare is an NSF funded project which aims to build a distributed data archival, analysis and visualization cyberinfrastructure for data-intensive collaborative research. |
University at Buffalo, State University of New York |
| PhantomNet Exploration |
Idaho National Laboratory |
| PhantomNet project for CS 6480 in 2016 |
The University of Utah |
| PhantomNet projects for the Fundamentals of Computer Networks course at Stony Brook |
Stony Brook University |
| PhantomNet related project for CS 6480 in 2017 |
The University of Utah |
| PhD UFMS: Computer Network Course |
Universidade Federal de Mato Grosso do Sul |
| Physical layer design |
North Carolina Agricultural and Technical State University |
| Piconet physical layer sharing |
Terna Engineering College, Nerul (W) navi Mumbai |
| Pinta: Kubernetes native HPC |
University of Southern California |
| Place for non-admins to build geni racks |
The University of Utah |
| PlanetP started out as a peer-to-peer (P2P) project concerned with content addressing, i.e., content search, ranking, and retrieval. |
Rutgers University |
| POC of a scalable datacenter framework |
Dell Research (Engr Tech Senior Engineer) |
| Popcorn Linux |
Virginia Polytechnic Institute and State University |
| POWDER handson for CS3020-2018 |
The University of Utah |
| Powder Monitoring |
The University of Utah |
| POWDER SIGCOMM 2019 tutorial |
The University of Utah |
| PowderProfiles |
The University of Utah |
| PowderSandbox |
The University of Utah |
| Power aware resource allocation using data center traces |
College of William and Mary |
| Power-efficient Rack-scaling Computing |
Hanyang University |
| PPDP |
Lanzhou University of Technology |
| Practical Decentralized Mixing in Bitcoin |
Saarland University |
| Practical network security based on consent. |
New York University |
| Precise Security Instrumentation for Enterprise Networks |
Carnegie Mellon University |
| Predictable Wireless Networking |
Iowa State University |
| Prefetching for RDMA swapping |
New York University |
| Preventing radio window attack |
The University of Utah |
| Princeton Class Projects |
Princeton University |
| Priority-aware Forward Error Correction for HTTP |
University of Alberta |
| Privacy Leakage mitigation in TOR Networks |
University of Salford |
| privacy-preserving distributed information sharing |
Carnegie Mellon University |
| Proactive autonomic management of cloud resources |
Laboratory for Analysis and Architecture of Systems |
| Proactive autoscaling on kuberntes pods |
ESI |
| Probabilistic Multicast |
Purdue University |
| Probabilistic performance bounds |
Leibniz Universitaet Hannover |
| Profiling and prediciting asynchronous SGD training in different configurations |
University of Southern California |
| Programmable Network Infrastructure |
University of Massachusetts Lowell |
| Programmable network storage and functionality |
Columbia University, Computer Science |
| Programming Assignments for VTCS-5914: Warehouse-Scale Computing |
Virginia Polytechnic Institute and State University |
| Project for CS 4480 in 2017 |
The University of Utah |
| Project for CS 6480 CloudLab lab assignment in 2017 |
The University of Utah |
| Project for CS 6480 course in 2013 |
The University of Utah |
| Project for CS 6480 in 2016 |
The University of Utah |
| Project for CS4480 in 2018 |
The University of Utah |
| Project for ECS 251 |
University of California, Davis |
| Project for extending research into Openstack |
Illinois State University |
| Project for hacking the xen hypervisor and deployment to large nodes |
Georgia Institute of Technology |
| Project for hands-on session at OAI 2019 workshop |
The University of Utah |
| Project for hosting PhantomNet Workshop activities. |
The University of Utah |
| Project for INL summer 2022 wireless workshop attendees to do hands-on sessions on POWDER |
The University of Utah |
| Project for lab assignment for CS 6480 |
The University of Utah |
| Project for mobile wireless week (MWW) 2019 |
The University of Utah |
| Project for NRDZ exploration on POWDER |
The University of Utah |
| Project for NTU CSIE |
National Taiwan University |
| Project for PhantomNet CCNC Tutorial |
The University of Utah |
| Project for PhantomNet GLOBECOM tutorial |
The University of Utah |
| Project for PhantomNet tutorial at SIGCOMM 2016 |
The University of Utah |
| Project for POWDER team members |
The University of Utah |
| Project for scalable big data processing |
Louisiana State University |
| Project for Senior Project Students at UofU |
The University of Utah |
| Project for testing various caching and routing strategies for ABR video streaming |
University of Massachusetts Amherst |
| Project for the stony brook fundamentals of networking class. |
Stony Brook University |
| Project for trying out PhantomNet without creating your own project |
The University of Utah |
| Project for tutorial at IEEE SECON 2019 |
The University of Utah |
| Project for users of ns-3 to experiment with POWDER. |
University of Washington |
| Project for working on challenge of OAI Fall 2021 Workshop |
Universidad Tecnológica Nacional |
| Project to explore network policy in a software defined infrastructure |
The University of Utah |
| Project to test the parallel interpreter in the Acumen language |
Rice University |
| Project to try out RF simulation and RF hardware simulations by Dolcera |
Dolcera |
| Project to try out the POWDER experimental workflow |
The University of Utah |
| Projects for the Advanced Networking class CS 692 at Stony Brook University |
Stony Brook University |
| Provide real-time data feed for GridStat in the Cloud |
Washington State University |
| Providing Faster Virtual Operating Systems |
University of Michigan |
| Provisioning service for GENI |
The University of Arizona |
| PSP OSN emulation |
Pennsylvania State University |
| Public cloud network scheduler |
Penn State University |
| QoE Improvements For Adaptive Video Streaming Over SDN-Enabled Networks |
University of Victoria |
| QoS for the last mile |
UPMC |
| QoS routing in SDN |
San Jose State University |
| QoS Support in Next-Generation Metro Networks |
Purdue University Calumet |
| quality of service mapping, transport protocols for quality of service network |
NICTA Australia |
| Quality-Adaptive Media Streaming |
The University of British Columbia |
| Quality-aware Service Management in Peer-to-Peer Networks |
University of Illinois at Urbana-Champaign |
| Quantum Enabled Wireless Networks |
Princeton University |
| Quark Version Control |
University of Colorado Boulder |
| queueing delay measurements |
Northwestern University |
| QUIC Transport Protocol: Design and Internet-Scale Deployment |
St Clair College |
| Quiksilver Multicast Project |
Department of Computer Science, Cornell University |
| Quorum systems usually are implemented by a static set of servers. We consider a dynamic variant and propose a set of protocols that emulates a register in dynamic systems in which processes are able to join/leave the servers. |
UnB |
| Rack-Scale Storage |
University of Michigan |
| Radios in Alex's Office |
The University of Utah |
| RAM is Byzantine state-machine replication algorithm for wide-area systems |
Yahoo! Research |
| RAMCloud as a fast storage system |
Amrita Vishwa Vidyapeetham |
| RAN Emulator Comparison |
Johns Hopkins University |
| RAN Intelligent Controller |
Dr. |
| RAN Slicing on LTE |
Northeastern University |
| Random testing of software |
The University of Utah |
| Rate-Limiting |
LUMS |
| Raytheon Machine Learning FEC |
Raytheon Applied Signal Technology |
| RDMA based consistent log |
University of Colorado Boulder |
| RDMA enhanced big data computing |
University of Colorado Boulder |
| RDMA over Ethernet |
Case Western Reserve University |
| RDMA Performance |
The University of Edinburgh |
| RDMA replication library |
Cornell University |
| Re-Architecting RAN |
University of Wisconsin-Madison |
| Reaching the cloud. One day at a time. |
Lehman College, CUNY |
| Real Time measurments over WAN |
Michigan State University |
| real-time cluster |
George Washington University |
| Real-time Control of Dense, Mobile, Millimeter Wave Networks Using a Programmable Architecture |
Purdue University |
| Real-time fault-tolerant middleware |
Carnegie Mellon University |
| Real-time interactive network simulation |
Florida International University |
| Real-time NFV |
University of Pennsylvania |
| Realisation of nfv and sdn using phantomnet's openEPC via emulab testbed |
Student (ECE) 4th year undergraduate (JIIT -62 Noida) |
| rearchitecting the internet protocols |
University of Washington |
| Recommendation Engine |
University of Wisconsin-Madison |
| Redesigning Hardware for Data Center Applications |
Carnegie Mellon University |
| RedLeaf Operating System |
University of California, Irvine |
| Redshift Operating System |
University of California, Irvine |
| Reducing Latency Through Modelling Queuing Delay in mmWave |
Purdue University Fort Wayne, University of Minnesota, University of Florida, and Kenessaw State University |
| Reducing the Embodied Carbon Footprint of Data Centers |
Carnegie Mellon University |
| reinforcement learning for wireless network optimization |
The Pennsylvania State University |
| Reliable and Secure Group Communication |
Lawrence Berkeley National Laboratory |
| Reliable Connect to the World - Next generation networking frameworks |
National Central University, Taiwan |
| Reliable Multicast in 802.11 Networks |
Cleveland State University |
| RENCI-NRIG |
University of North Carolina at Chapel Hill |
| Replicated data over nodes |
Stony Brook University |
| Replicating data between machines |
Integrated Data Corporation |
| Replication Architecture for NFS |
University of California, Riverside |
| Reproducible Host Networking Evaluation with End-to-End Simulation |
National University of Singapore |
| Research and experimentation across stacks in the serverless platform. |
Technische Universität München |
| Research class on Distributed Storage Systems (EECS E6897) Fall 2019 |
Columbia University |
| Research for congestion control in wireless systems |
New York University |
| Research group at NYU Tandon School of Engineering studying low-latency networking |
New York University |
| Research on hardware security |
The University of Utah |
| Research on migrating enterprises to the cloud |
Purdue University |
| research project for Software Defined Networking with professor at IBA karachi |
IBA KARACHI |
| Research project on service model mapping and scheduling based on container network |
University of Science and Technology of China |
| Research projects for a course on operating systems in datacenters |
University of California, San Diego |
| Research Reproducibility |
Stanford University |
| Researches on disruption-tolerant networks |
National Institute of Informatics |
| Researching on compression techniques that can be used for Federated Learning |
George Mason University |
| Researching SSL variants |
The University of Utah |
| Resilience |
The University of Utah |
| Resilience Manager |
University of California, Irvine |
| Resilience on Disaggregated Systems |
College of William & Mary |
| Resilient and Energy-efficient Framework for GPU applications |
Clemson University |
| Resilient and Secure SD-WAN Communications |
Fordham University |
| Resilient and Survivable Networking |
University of Kansas |
| Resilient Networking and Computing Paradigm for NASA Space Exploration |
Purdue University |
| Resilient Overlay Networks |
Carnegie Mellon University |
| Resource allocation for Open-RAN |
University of Illinois at Chicago |
| Resource allocation testing for network slicing. |
Kennesaw State University |
| Resource Discovery in Pervasive Edge Computing |
New Mexico State University |
| Rethinking Disaster Resilience with Edge Computing |
University of California, Irvine |
| Rethinking Wireless Network Management Through Sensor-driven Contextual Analysis |
University of Colorado Boulder |
| reu2020 |
The University of Utah |
| Revisiting rocketfuel on controlled topologies |
Université Catholique de Louvain |
| RIC |
Intel |
| Rice RENEW Project |
Rice University |
| RISE Summer School |
Rutgers University |
| Robust and secure networks |
University of Michigan |
| Robust Localization by Massive MIMO |
Florida Atlantic University |
| Rocky Mountain Advanced Computing Consortium 2015 HPC symposium Tutorial Getting Started on Cloudlab |
The University of Utah |
| RouterLabs for Educational and Research |
TU Berlin / Deutsche Telekom Labs |
| Routing experiments for the NSF DETER-EMIST project |
University of California, Davis |
| Routing in multiple layer evaluation |
Georgia Institute of Technology |
| routing with competing interests |
u of washington |
| RPKI Monitor |
NIST |
| RTII 356 Information Technology in Radiology |
Loma Linda University |
| Run some benchmarks |
School of Computing |
| Running 5G Simulations Using Software Defined Radio |
San Diego State University |
| Running Split I/O benchmarks with containers |
University of Wisconsin-Madison |
| Running synthesized examples on the cluster |
University of Wisconsin-Madison |
| Runtime Policy Monitoring |
University of Illinois at Urbana-Champaign |
| S Venkatesan |
UT-Dallas |
| Safe Internet worm generation and defense. |
University of California, Davis |
| SafeEdge: Public Safety with an Open Muni Network |
The University of Utah |
| Sandbox for PhantomNet |
The University of Utah |
| Sandstorm |
The University of Utah |
| SATCom |
University of Houston |
| SCADA security on Emulab |
Interdisciplinary Center for Security, Reliability and Trust |
| SCADA testbed |
Tennessee Tech University |
| Scalability experiments for PerSoNet overlays |
University of Florida |
| Scalable context-Aware middleware for mobiLe EnviromentS (SALES) focuses on management aspects of context data distribution in large-scale distributed networks |
University of Bologna |
| Scalable data processing platform for Earth observation data repositories |
Institute for Informatics and Automation Problems of NAS RA |
| Scalable Distributed Information Management System |
The University of Texas at Austin |
| Scalable Monitoring, Analysis, and Response Toolkit (SMART) for the Internet |
The University of Texas at Austin |
| Scalable State Machine Replication |
Universidade Federal de Santa Catarina |
| Scalable Testbed for the Evaluation of Hybrid Wireless Network Technologies |
University of California, Los Angeles |
| Scalable, Proactively Survivable Distributed Systems |
Carnegie Mellon University |
| scaling and large scale performance tests of various CORBA technologies |
Lockheed Martin Advanced Technology Labs |
| Scaling Distributed Search |
University of Massachusetts Amherst |
| Scaling up crowdsourced joins |
University of Wisconsin-Madison |
| scaring-fuzzing |
The University of Utah |
| Scheduling for distributed storage system |
University of Wisconsin-Madison |
| Scheduling for microservices in containerized environments |
Escuela Superior Politecnica del Litoral, ESPOL |
| Scheduling for Serverless |
Leiden University |
| Scheduling in Hadoop across Data Centers |
University of Massachusetts Boston |
| Scheduling Serverless Functions |
Eidgenoessische Technische Hochschule Zurich (ETH Zurich) |
| Scheduling tasks across geo-distributed datacenter |
Stony Brook University |
| SCION Future Internet architecture |
ETH Zurich |
| SCTP experiments |
University of Delaware |
| SDC |
University of Illinois at Urbana-Champaign |
| SDN |
San Jose State University |
| SDN - BCC 2020 |
San Jose State University |
| SDN Class projects for MSD students |
The University of Utah |
| SDN Dynamic Security |
Texas A&M University |
| SDN for 5G Test |
Georgia Institute of Technology |
| SDN MPI Interface |
Texas A&M University |
| SDN para arquitecturas IoT |
Universidad Nacional de Colombia |
| SDN Resiliency |
University of California, Riverside |
| SDN Securities Lab |
North Carolina Agricultural and Technical Institute |
| SDN/NFV |
San Jose State University |
| SDNLearning |
Institute of Business Administration |
| SDN_NFV |
San Jose State University |
| SDR experiments by AERPAW researchers |
NC State University |
| SeaStar |
Huazhong University of Science and Technology |
| Seattle / Emulab test integration |
Polytechnic Institute of NYU |
| Secure and Dependable Web Services |
Cleveland State University |
| Secure big data platforms on the cloud |
Fordham University |
| secure content centric network |
Lehigh University |
| Secure high-performance data movement |
Argonne National Laboratory |
| Secure IP Geolocation. Develop a machine learning based algorithm to protect manipulation of hop and latency measurements. |
Tennesee State University |
| Secure logging for intrastructure clouds (within TClouds project) |
Politecnico di Torino |
| Secure P2P framework for heterogenous networks |
Institut for Applied Information Processing and Communications |
| Securely Orchestrating through 5G with Intelligence & Control |
The University of Utah |
| SecureSDN |
University of Wisconsin-Madison |
| Security Analysis Of Metro CBTC system |
BEI JING JIAOTONG UNIVERSITY |
| Security and Machine Learning |
Carnegie Mellon University |
| Security and Privacy in 5G NR |
University of Colorado Colorado Springs |
| Security aware VM |
education |
| Security in Advanced Networking Technologies |
Clemson University |
| Security Monitoring Techniques |
Titu Maiorescu University |
| Security Network Functions Virtualization |
Clemson University |
| Securtiy enhanced Domian Name System |
TU Dresden |
| Segment Routing functionalities evaluation |
University of Rome Sapienza |
| self scheduling at runtime on big data analytics cluster |
Tongji University |
| Self-Healing Networks Project |
USC Information Sciences Institute |
| Self-tuning of Hadoop performance |
University of Florida |
| Selfish Neighbor Selection in Overlay Networks |
Institute of Computer Science, FORTH/Univ. of Crete |
| Semantic parsing experiments |
The University of Utah |
| Sending packets and measuring path loss ratios and estimate link loss ratios |
Florida State University |
| Sensing and Processing Across Networks |
Washington University in St. Louis |
| SERG Related work |
Spiros Mancoridis |
| Server Experimentation |
Web Server Manipulation |
| Serverless |
University of Mazandaran |
| Serverless Tracing |
Cornell University |
| Service Function Chaining |
LAAS-CNRS |
| Service Mesh Performance Comparison |
The Interdisciplinary Center |
| Service-Centric Networking |
Princeton University |
| Session Layer Management of Network Intermediaries |
Stevens Institute of Technology |
| Set up a mini emulab system |
Universiti Tenaga Nasional (National Energy University) |
| Shared WAN network |
University of Alberta |
| Sharing Expertise and Artifacts for Reuse through a Cybersecurity Community Hub |
The University of Utah |
| Shortened Loop Overlay Transport |
Purdue University |
| Side channels in cloud |
Carnegie Mellon University |
| Signal Discovery with CNN |
Raytheon |
| Simple cellular networks |
University of Michigan |
| simple router |
San Jose State University |
| Simulate and demonstrate practical BFT consensus algorithm |
IIT Bhilai |
| Simulating OAI |
Indian Institute of Technology Hyderabad |
| Simulation and Emulation Integration |
Vanderbilt University |
| Simulation of Industrial Control System Networks |
Colorado State University |
| simultaneous allocation of computing and networking resources |
University at Buffalo, State University of New York |
| SJSU CMPE148 Student Course Project |
San Jose State University |
| Skyhook, an elastic database for the cloud |
University of California, Santa Cruz |
| SLATE is an NSF funded (#1724821) research project aiming to build and maintain an international, federated Kubernetes infrastructure for scientific applications. |
The University of Utah |
| SLT analysis of 3-tier systems |
Stanford |
| Smart Sensor Networks |
School of Computing, UU |
| smc |
University at Buffalo, State University of New York |
| Sniper |
University of California, Riverside |
| SNP |
University of South Florida |
| Software (mathematical, GNU, and other) portability testing |
The University of Utah |
| Software artifacts validation for the ICPE 2018 conference. |
Delft University of Technology |
| software defined mobile edge for iot |
Bell Labs |
| Software Defined Storage |
University of Waterloo |
| Solar Trust model Simulation |
University of California, Davis |
| SOS |
Clemson University |
| Source Router Approach to DDoS Defense |
University of California, Los Angeles |
| Space Communication Protocol Standards |
The MITRE Corporation |
| Spam control using distributed quota enforcement |
Massachusetts Institute of Technology |
| SpecEES: DISCOVER: Device Identification for Spectrum-optimization using COnVolutional nEural netwoRks |
Northeastern University |
| Spectrally-Efficient and Fair Coexistence between LTE and Wi-Fi in Unlicensed Bands |
University at Buffalo, State University of New York |
| Spectrum Sharing via Interference-resilient Passive Receivers and Passive-aware Active Services |
Brigham Young University |
| speculative concurrency control for distributed replicated databases |
Cornell University |
| Splay User-Space Network Emulation |
University of Neuchatel |
| Stateless and Stateful Firewall using POX Controller |
San Jose State University |
| Stitching Computation Service |
The University of Utah |
| Stochastic Performance Bounds for Information-Centric Communication Networks |
University of Ulm |
| Storage for Mass Data |
University of Hawaii |
| Storage Function Migration Placement for Sharded Distributed Store in Serverless Computing |
Penn State University |
| STORM Storage Engine Migration Testing |
The University of Utah |
| Stragglers in geo-distributed env |
University of Wisconsin-Madison |
| Stream processing on edge computing |
University of Pittsburgh |
| Stress Test |
The University of Utah |
| Student projects for MIT 6.824 |
MIT/CSAIL |
| Student projects in a graduate distributed systems course at UBC. |
The University of British Columbia |
| Studies of the Chimera Overlay and Applications |
University of California, Santa Barbara |
| Study bufferbloat and design methods to manage network buffers |
The University of Utah |
| Study covert channels |
The University of Utah |
| Study network resillience |
Polytechnic Institute of New York University |
| Study of Blocking Methods for Entity Matching |
University of Wisconsin-Madison |
| study of tcp congestion inside of Tor |
Georgetown University |
| Study of TCP/IP behavior on networks using EMULABA |
San Diego State University |
| Study of the BitTorrent Protocol |
Michigan State University |
| Study reliability of networks |
Rice University |
| study the effects of worms on enterprise networks |
Penn State University |
| Studying Co-location Strategies in Cloud Schedulers |
University of California, Davis |
| Studying RDMA Resource Fairness and Management Problems |
The University of Texas at Austin |
| Supplement to CIF Small: Precision measurement and modeling of dynamic millimeter-wave wireless propagation channels |
University of Southern California |
| Support for educational courses to be taught at NUST SEECS |
School of Electrical Engineering and Computer Science, National University of Sciences and Technology |
| Support for latency SLOs on cloud storage services |
University of Michigan |
| Support of Force feedbackdevices in wide area networks |
University of Massachusetts Amherst |
| SVRC |
Hewlett Packard Labs |
| Swift: A Wireless Data Center Network Architecture |
North Carolina State University |
| SWIFT: NGRAN-Navigating Spectral Utilization, LTE/WiFi Coexistence, and Cost Tradeoffs in Next Gen Radio Access Networks through Cross-Layer Design |
Rutgers University- New Brunswick |
| Symbolic Execution & Static Analysis |
The University of Utah |
| SYRAH Distributed Research Testbed |
Harvard University |
| System for efficient Internet bulk content delivery |
Max Planck Institute for Software Systems |
| System for ML with data compression |
Harvard University |
| System support for managing risk and cost in cloud platforms |
University of Massachusetts Amherst |
| Systematic measurement of shuffle services for big-data analytics frameworks using big data benchmarks |
Institute of Computing Technology, Chinese Academy of Sciences |
| Systems of Systems Common Operating Environment |
US Army |
| Tail Latency Remission in Coded Cloud Storage |
Stevens Institute of Technology |
| Targeted Swarm Testing |
Oregon State University |
| TCloud related Emulab project |
The University of Utah |
| TCP and UDP based data transfer performance evaluation |
University of Missouri-Kansas City |
| TCP congestion signatures |
Colgate University |
| TCP over WiFi experiments |
Department of Informatics, University of Oslo |
| Teaching Distributed Software Programming using Hadoop |
The University of Tennessee, Knoxville |
| Teaching Network Security/Mapping. |
Radford University |
| Team Green Side Channel Analysis |
Johns Hopkins University |
| Test and evaluation of emulab |
Johns Hopkins university Applied Physics Lab |
| Test drive the CORD development environment |
Intel Corporation |
| Test for Segment Routing |
Tsinghua University |
| Test for TCP congestion control evaluation |
Politecnico di Torino |
| Test network research with Lockheed Martin ATL (Cherry Hill, NJ) |
Taylor University |
| Test New topologies |
San Jose State University |
| Test of performance benefits from custom compilation. |
University of California, Los Angeles |
| TEST phantom for ISR |
Institute for Systems Research |
| Test platform for iPlant Atmosphere |
The University of Arizona |
| test project |
University of Macedonia |
| Test project for Patwari lab projects |
Washington University in St. Louis |
| Test project for POWDER profiles/tutorials etc. |
The University of Utah |
| Test project for Sandia National Labs |
Sandia National Laboratories |
| Test project to familiarize with the environment |
Ss. Cyril and Methodius University - Faculty of Computer Science and Engineering |
| Test Proxy IP Anycast Service boxes |
Max Planck Institute for Software Systems |
| Test supercloud technology over cloudlab. |
Cornell University |
| test TCP relay |
Polytechnic Institute of New York University |
| Test the performance of Content-Based Routing in REDS |
Politecnico di Milano - DEI |
| Test-Driven Development of Descriptors for Virtualized Network Functions |
Technische Universitaet Darmstadt |
| Testbed activities for data grid emulation and QoS |
UAB Computer and Information Sciences |
| Testbed for DAHL |
Max Planck Institute for Software Systems |
| Testbed Research |
The University of Utah |
| Testbed validation engine for Scriptroute measurements |
University of Maryland, College Park |
| testbed_monet |
Open Networking Foundation |
| Testing |
International Computer Science Institute |
| testing |
cadi ayyad |
| testing a group of virtual peers communicating with each other |
Future Institute of Engineering and Management |
| testing and evaluation parallel and distributed network applications |
Illinois Institute of Technology |
| Testing control node of IG rack for OF stack installation |
Barnstormer Softworks, Ltd. |
| testing e2e network slicing |
Institute for Systems Research |
| Testing environment for students |
Colgate University |
| Testing infrastructure for PerCom 2016 |
Visiting scholar researcher |
| testing mpc on cloud |
Boston University |
| testing multi cloud systems traffic |
Chungnam National University |
| Testing new ways to build scalable file systems |
University of Wisconsin-Madison |
| Testing of a wireless overlay network |
University of Maryland, College Park |
| testing of peer to peer network protocols |
University of California, Davis |
| Testing opensource robotics frameworks that can be run in/with the cloud |
IBM Research Africa |
| testing overlay routing, network virtualization related sub-projects |
The University of Tokyo |
| Testing some cloud instance |
Arizona State Univ. |
| Testing spontaneous networking |
LSR-IMAG |
| Testing the OptAck implementation |
University of Maryland, College Park |
| Testing the video streamer mpeg4ip over the NICE application layer multicast protocol |
University of Maryland, College Park |
| Testing Utah's Emulab setup and compare to ours |
UGent - IBCN |
| Tetris: Multi-Resource Packing for Cluster Schedulers |
University of Wisconsin-Madison |
| The Boa language and infrastructure for Mining Software Repositories |
Bowling Green State University |
| The course assignment for distributed system/computer networks |
Computer Science, Duke |
| The Datapository |
Carnegie Mellon University |
| The Georgia Tech Middleware Project |
Georgia Institute of Technology |
| The goal of the project is to study multi-domian routing. We will investigate the applicability and efficiency of recently proposed algorithms by conducting research experiements on ProtoGENI. |
TAMU-Commerce/RIT |
| The goal of this project is to analyze the real time stream data i.e. Twitter data using twitter API in a distributed manner using Apache Storm |
Texas Tech University |
| The goal of this project is to democratize genome sequence analysis using CloudLab. |
University of Missouri |
| The goal of this project is to develop new migration schedules on top of OpenStack to mitigate side channels in cloud environments |
Carnegie Mellon University |
| The goal of this project is to develop new network functions for the next generation Internet. |
Duke University |
| The Gulliver Testbed |
Chalmers University of Technology |
| The HyFlowTM project is developing distributed transactional memory (or DTM) as an alternative to lock-based distributed concurrency control. |
Virginia Polytechnic Institute and State University |
| The intermediate data-passing patterns for microservices |
Shanghai Jiao Tong University |
| The Interplay of Markets and Security in 5G Shared Spectrum Services |
Boston University |
| The Johns Hopkins Applied Physics Lab Communications and Networking Research Group |
JHU APL |
| The main objective of our research project is to propose and study new architectures, services and protocols that will enable efficient and secure communication through the Internet. |
Institut National de Recherche en Informatique et en Automatique |
| The project aims at developing a software infrastructure providing efficient transfers of very large files over public networks like the Internet |
Department of Computer Science, Universita' del Piemonte Orientale, Alessandria (Italy) |
| The project for USENIX OSDI + ATC 2022 artifact evaluation. |
ETH Zurich |
| The project investigates the construction of overlay networks for large-scale content delivery and processing applications |
Brown Computer Science |
| The project is exploring P2P implementations of distributed services. |
Georgia Institute of Technology |
| The Prototype GENI Project |
The University of Utah |
| The RobinHood Distributed Caching System seeks to develop a caching system that minimizes tail latency (instead of maximizing hit rates). |
Carnegie Mellon University |
| The testbed for Named-Data Networking projects at UALR |
The University of Tennessee at Chattanooga |
| The use of encrypted path information in wifi meshes to detect misbehaving and/or misconfigured hosts. |
Tufts University |
| The work aims to investigate the security of SCADA Control Systems by analyzing vulnerabilities and attacks. |
Liverpool John Moores University |
| This effort investigates design and implementation of scalable data stores. |
University of Southern California |
| This is a project on virtualization performance study. |
Georgia Institute of Technology |
| This is the project group for RASL group at UIUC |
University of Illinois at Urbana-Champaign |
| This makes data sharing more efficient |
Indian Institute of Technology, Kanpur |
| This project builds and evaluates a concurrency control scheme named Minet. |
University of California, Berkeley |
| This project deals with investigating potential performance issues in next-generation of transport networks. |
Michigan State University |
| This project deals with investigating potential performance issues in next-generation of WiFi networks. |
Lahore University of Management Sciences |
| This project investigates TCP performance over multihop wireless topologies.for understanding starvation problems. |
University of Pittsburgh |
| This project investigates the provision of next generation content delivery infrastructure for home users. |
Lancaster University |
| This project is focused on network security education, research and development and to share the experience in network security related studies. |
National Chung-Cheng University |
| This project is Lab1 of Advanced OS course at UT austin |
The University of Texas at Austin |
| This project is performing a study on BitTorrent; specifically we are looking at the distribution of chunks within real-world swarms. |
Lancaster University |
| This project looks at developing a high-level language for expressing queries on streaming graphs. |
University of Colorado Boulder |
| This project mainly studies mulit-path inter-domain routing by using the negotiation-based mechanism design. |
Guilin University of Electronic Technology |
| This project seeks to link distributed resources for micro assembly including planning, analysis and simulation. |
Oklahoma State University |
| This project will be exploring the scalability issues related to adaptive load balancing for distributed systems. |
University of California, Irvine |
| This project will center on cloud computing, datacenter networking, multi-tenant cloud management, and serverless computing. |
University of Colorado Boulder |
| This project will measure TDOA between two signals on the network and display the relative positions of the UE to the base station |
Raytheon |
| This research consists of a mathematical exploitation of botnet propagation dynamics for botnet containment |
University of New Brunswick |
| This work is supported by the National Basic Research Program of China (973 program) under grant No. 2007CB310701. It researches about Manageable, controlable and measureablt next generation networking. |
Tsinghua University |
| Time and Event Based System Software Construction |
Washington University in St. Louis |
| To test substitution networks |
Universite Lyon 1 / LIP |
| ToMaTo testbed using Cloudlab bare-metal nodes |
TU Kaiserslautern |
| Tomography-aware congestion control and load balancing |
Purdue University |
| Top Secret Project |
The University of Utah |
| Topics in Internet Research Fall 2018 |
Karachi Institute of Economics and Technology |
| TopoCreator - a prototyping tool for testing SDN switch's performance |
SoICT |
| Tor-Project |
Università degli Studi della Campania Luigi Vanvitelli |
| Towards Efficient Cloud Services |
University of Michigan-Dearborn |
| Towards Taming the Resource and Data Heterogeneity in Federated Learning |
George Mason University |
| Traffic Aware Placement of Interdependent NFV Middleboxes |
Florida International University |
| Traffic Characterization of an OpenStack Management Network Through a Network Monitoring System |
Santa Catarina State University - UDESC |
| Traffic Differentiation mechanism to avoid DDoS attacks |
NBN Sinhgad School of Engineering, Pune |
| Traffic rate rescaling in TE for software defined data center WANs |
The Chinese University of Hong Kong |
| Transparent Proxy Infrastructure for Low-Latency Multipath Networking |
University of the Pacific |
| Transport layer protocol research |
CISC Dept; Univ of Delaware |
| Transport of 3D video |
Koc University |
| Trusted PaaS Platform |
Instituto Superior Tecnico / University of Lisbon, Portugal |
| Tunable Availability Consistency Toolkit |
University of California, San Diego |
| Tunable Storage as an Infrastructure Service |
Sun Microsystems Laboratories |
| Tutorial co-located with MobiCom |
The University of Utah |
| TWISC ProtoGENI Test |
National Center for High-Performance Computing |
| UAV experimental platform for DARPA PCES program |
BBN Technologies |
| UC Santa Cruz Computer Science 107 course on Open Source Programming |
University of California, Santa Cruz |
| UCF Cybersecurity and Networking |
University of Central Florida |
| UChicago Systems Availability Reliability and Elasticity |
University of Chicago |
| UCSB earthquake source studies in cloud |
Department of Earth Science, UCSB |
| UCY-CS499-DC |
University of Cyprus |
| UFMG-DCC831 |
Universidade Federal de Minas Gerais |
| UIC CS Education |
University of Illinois at Chicago |
| UIC Data Center Systems |
University of Illinois at Chicago |
| Umbrella project for postgrad student projects |
University of South Africa |
| UMKC-CC projects |
University of Missouri-Kansas City |
| UMKC-NA1-F14-Project |
University of Missouri-Kansas City |
| Uncertainty quantifications for power system applications |
Mississippi State University |
| Understand Quality of Service degradation in network |
Yale University |
| Understanding how to make the Internet data-centric |
Polytechnic Institute of NYU |
| Understanding Service Function Chain Characteristics |
Purdue University |
| UNESP's Security Lab Graduated Projetc |
UNESP - Sao Paulo State University at S.J.Rio Preto, Brazil |
| Univ of Utah Distributed Systems class projects |
The University of Utah |
| Univ. of Colorado Advanced Network Systems Fall 2016 |
University of Colorado Boulder |
| University of Colorado, Boulder Advanced Networking Course |
University of Colorado Boulder |
| UNL testbed for GpENI-ProtoGENI-DCN interaction |
University of Nebraska-Lincoln |
| Unmanaged Internet Architecture |
Massachusetts Institute of Technology |
| untrusted cloud storage service |
New York University |
| UPenn Networking Research |
University of Pennsylvania |
| USC 558L Internetworking and Distributed Systems Lab |
University of Southern California, Information Sciences Institute |
| Use Parallel Matrix Operations for Regression |
University of Georgia |
| Use WebUi to create and manage multiple networks on 5G Framed Route Implementation |
Universidade de Coimbra |
| Used for Testing the Cornell Emulab. |
Department of Computer Science, Cornell University |
| User Level Interrupt |
Carnegie Mellon University |
| User-level File System |
Rutgers University |
| Using a programmable testbed managment system to impove network research. |
Dept. of Computer Science, UCL |
| Using Bluefield smart NICs for NFV acceleration |
The University of Utah |
| Using cloud VMs to analyze inbound connections |
University of Colorado Colorado Springs |
| Using CloudLab in Distributed and Parallel Computing Education |
West Chester University of Pennsylvania |
| Using coroutines to boost MLP of memory-intensive workloads |
Georgia Institute of Technology |
| Using Emulab in lab assignments on network protocols |
San Jose State University |
| Using Grid Middle Ware |
Jason R Lee |
| Using Machine Learning Techniques to Detect DDoS Attacks |
Dokuz Eylul University |
| Using overlay networks to prevent DDoS attacks |
ETH Zurich |
| Using RDMA for data serving in a DBMS |
Carnegie Mellon University |
| using the ML to classify the type of loss |
Tsinghua University |
| UT Austin's effort to "Build and Emulab" |
The University of Texas at Austin |
| UT OS Research |
The University of Texas at Austin |
| Utah CS5460 |
The University of Utah |
| Utah Distributed Systems CS6963 F16 |
The University of Utah |
| Utah FaaS IS |
The University of Utah |
| Utah Network Testbed Project |
The University of Utah |
| Utah Student Research Projects |
The University of Utah |
| UW Madison course on Big Data Systems |
University of Wisconsin-Madison |
| UW-Madison CS 744 class in Fall 2019 |
University of Wisconsin-Madison |
| uwmimo project |
University of Washington |
| validate ad x |
New York University |
| Validate theory on the size of router buffers |
Stanford University |
| Validation of conflict graph inference |
University of Houston |
| Various distributed networking applications/protocols |
Carnegie Mellon University |
| Various investigations associated with mMIMO communications. |
Zeta Associates |
| various projects |
Princeton University |
| Verifiably Secure NDN-based Coalition Networks over 5G |
Perspecta Labs |
| Verification of XOS Hello World using Ansible tutorial |
Intel |
| Viavi-POWDER testing/automation |
The University of Utah |
| VIPR Autonomous Verification and Validation |
Clemson University |
| Virtual Computers course Spring 2017 |
University of Florida |
| Virtual Network Infrastructure |
Princeton |
| virtual network using emulation |
Korea Institute of Science and Technology Information |
| Virtual ROuters On the Move |
Princeton University |
| Virtualization Research and Development |
Northwestern University |
| Virtualization tests for the Caprica project |
IMT Atlantique |
| Virtualization with Shared Forwarding Tables |
Princeton University |
| Virtualizing network bandwidth in a data center |
University of California, San Diego |
| VMPA |
Columbia University |
| VMTorrent is a novel architecture for efficient just-in-time deployment and execution of virtual appliances. |
Columbia University |
| VNF Benchmarking |
Karlstad University |
| Vulnerability Assessment and Robust Defenses for Optimized Attacks in Dynamic SDNs |
Computer Science Department, Sapienza University of Rome, Italy |
| WAN Distributed File System Project |
University of Kentucky |
| WanLab Testing Cloud |
New York University |
| We aim to experiment different strategies to accomodate changing demands for different classes of services hosted by cloud architectures. |
University of Modena |
| We aim to measure the performance of different NFV data plane technologies |
The Chinese University of Hong Kong |
| We are exploring performance tradeoffs between HTTP 1.1 and 2.0, and ways to engineer a web server so that it seamlessly performs efficiently for users regardless of whether they access the server using HTTP 1.1 or 2.0. |
Case Western Reserve University |
| We are exploring the use of SDN like mechanisms for middlebox management |
Stony Brook University |
| We are investigating technologies that address the scalability of Internet sites. In particular, the study we would like to utilize emulab for concerns a new name service architecture. |
Case Western Reserve University |
| We evaluate resource utlilization for the cloud applications dynamically to achieve cost efficiency and performance. |
Indiana University Bloomington |
| We plan to measure, evaluate and imporve the performance of the KAD network. |
Kansas State University |
| We propose a novel idea for handing off leadership on PNUTS like primary replica wide area systems. We will need to experiment the our proposed hand off primitive at a larger scale on Emulab testbeds. |
University at Buffalo, SUNY |
| We propose Learning-Based Congestion Control (LBCC), a new congestion control architecture |
Hebrew University of Jerusalem |
| We want to test new distributed algorithms for storage and compute over RDMA networks |
Nokia Bell Labs |
| We will experimentally evaluate new network architectures |
University of Pittsburgh |
| We will investigate a few security properties of Freenet |
Florida State University |
| We will reevaluate Kayak and verify the results presented in a paper by its authors |
University of Virginia |
| we would like to investigate latency distributions with storage systems |
Purdue University |
| White hat bot to troubleshoot nodes suspected of malicious bot infection. |
Air Force Institute of Technology |
| WiCOS |
Northeastern University |
| Wide Area Group Communication |
George Washington University |
| Wide-area Federated Resource Sharing |
Intel Research Berkeley |
| Wide-area Legion I/O Experiments |
Cornell University |
| Wiera |
University of Nebraska at Omaha |
| WindRiver and Keysight joint O-Cloud demo |
Wind River |
| Wireless interference management |
Michigan State University |
| WIreless loss experiments |
University of California, San Diego |
| Wireless Network Management |
The University of Utah |
| Wireless Spectrum Analysis |
University of Wisconsin-Madison |
| Wireless Testbed |
WINLAB, Rutgers.University |
| Wireless Testing ATT |
AT&T |
| Wisconsin CS 739 Distributed systems course |
University of Wisconsin-Madison |
| WISR Group |
University of Wisconsin-Madison |
| WLAN backoff process modeling and queueing analysis. It is intended to determine realistic average backoff widow size and then analytically estimate through information entropy. Thus, leading to the development of an accurate analytical model. |
Institute of Business Administration |
| WLAN Intrusion Detection |
Ceské vysoké ucení technické v Praze |
| Work on smart search algorithms for CMPs with dynamic NUCA L2 caches |
The University of Utah |
| Worm detection |
The University of Utah |
| WPI 5G Distributed data collection |
Worcester Polytechnic Institute |
| WRF Hydro in the cloud |
University of Massachusetts Amherst |
| XCap: Practical Capabilities and Least Authority for Virtualized Environments |
University of California, Irvine |
| xen for computer lab |
Cambridge Computer Lab |
| xen hacking |
Georgia Institute of Technology |
| XOS: A service abstraction layer for the Cloud |
Intel Corporation |
| Yale Dissent project on accountable anonymous communication |
Yale University |
| Zero Trust Network Architectures for BYOD use cases. |
Clemson University |
|
Other projects registered on Emulab.Net:
|
|---|
| Name |
Institution |
| Dynamorio Extension |
Carnegie Mellon University |
| RDMA + NVM based distributed storage |
Rice University |
| Resource Management in Clouds for Executing High Performance Applications |
Universidade Federal Fluminense |
| Self-Learning and Self-Evolving Detection of Altered, Deceptive Images and Videos |
University of Missouri |
| Ultima: Robust and Tail-Optimal All-Reduce for Distributed Deep Learning |
Purdue University |
| 5G Hidden Operations Through Securing Traffic |
University of Colorado Boulder |
| 5G OTA R&D Study |
University of Minnesota-Twin Cities |
| 5G SDR Wireless Coexistence Testbed |
Singapore University of Technology and Design |
| 5G Security |
Purdue University |
| 5G security threat detection |
Stevens Institute of Technology |
| 5G Testing |
Celona |
| 5GVA |
University of Leeds |
| 802.11 wireless test bed |
MITRE Corporation |
| A cache layer for SafeFS |
Computer Science |
| A clean-slate architecture and protocol for next generations of cellular network |
University of California, Riverside |
| A Cloud Network Exchange |
Brown University |
| A comparison of microarchitectures for cloud-based workloads |
Georgia Institute of Technology |
| A complete framework for future Internet is being proposed from developing countries perspective. Its an initiative for research community from developing countries to participate in future Internet development. |
Lahore University of Management Sciences |
| a data center for energy study |
Clemson University |
| A Distributed Urban Sensing Platform |
University of California, Los Angeles |
| A distributed, self healing object storage |
Free Software Foundation |
| A dynamic quorum approach to reduce the network latency in a geo-distributed environment |
Distributed Computing Systems Group at the University of Minnesota |
| A Fast Mobile User Data Accessing Scheme |
University of California, Santa Cruz |
| A flexible system to do large scale time series analysis |
University of Wisconsin-Madison |
| A Framework for Creating VR Streaming Related Apps for Mobile Devices |
University of Wisconsin-Madison |
| A general-purpose, large-scale, nonexpert-accessible system |
Massachusetts Institute of Technology |
| A graph framework for near-disk processing |
Graduate Research Assistant |
| A high performance distributed execution engine for emerging AI applications |
University of California, Berkeley |
| A Laboratory for Data Science and HPC Courses at Texas A&M |
Texas A&M University |
| A link state protocol for the Internet |
Carnegie Mellon University |
| A Low Latency 5G Core Network based on High-Performance NFV Platforms |
Commnication Service/Software Laboratory |
| A Market-Inspired Overload Control Framework for Microservices |
University of Pennsylvania |
| A new key-value store |
Cornell University |
| A new memory manager to mitigate NUMA effect on Linux futex |
Sharif University of Technology |
| A parental control application using Paradrop. |
University of Wisconsin-Madison |
| A Peer to Peer data distribution syste, |
University of California, Irvine |
| A peer-to-peer system based on the XOR metric |
Stanford University |
| A pilot cloud effort for comparing data intensive technologies supporting vehicle instrumentation data. |
Virginia Polytechnic Institute and State University |
| A project for artifact evalution of SC'21 papers in order to ensure reproducability |
University of Cambridge |
| A project for fast transport layer design research for data center network |
Fudan University |
| A Project Investigating Serverless Computing |
University of Illinois at Urbana-Champaign |
| A project on how to redirect flows smartly |
Computer Science Department, Sapienza University of Rome, Italy |
| A pure rust implementation of Egalitarian Paxos |
Princeton University |
| A Quality of Service-Driven Software Product Line Engeering Framework for Distributed Real-time and Embedded Systems |
University of Alabama at Birmingham |
| A reference suite of benchmarks in various cost metrics (e.g. number of rounds, time, communication size, etc). |
Purdue University |
| A Secure Virtualization Architecture |
Illinois State University |
| A serverless virtual memory layer abstraction for industry streaming applications, disaggregated across physical machines |
Yale University |
| A simple test project. |
University of Wisconsin-Madison |
| A simulator that allows studying of scheduling policy. |
Stanford University |
| A small project exploring the OpenFlow protocol and the Ryu Network Operating System |
Student at Neumont University |
| a smart network based on P4 and ebpf |
National University of Defense Technology |
| A stateful serverless architecture based on virtualizing a managed runtime. (I don't have a project page yet) |
Harvard University |
| A Study on Kubernetes Data Generation For Microservice Security Enhancement |
Carnegie Mellon University |
| A Tracing Plane for Distributed Systems |
Brown University |
| A Unified Ingestion and Storage System for Scalable Big Data Processing |
INRIA |
| A-State Education Cloud |
Arkansas State University |
| Acceleration of Distributed Training of Reinforcement Learning |
University of Illinois at Urbana-Champaign |
| Accurate estimation of round-off errors with symbolic Taylor expansions |
The University of Utah |
| Acheiving simple fairness using ML and existing gear. |
Princeton University |
| achieving reliable and guaranteed IP packet delivery |
ETH Zurich |
| ACI-REF facilitators |
The University of Utah |
| ACI-REF researcher engagement |
Internet2 |
| ACI_REF project for UH Ref for training |
University of Hawaii System |
| Active Multimedia Proxy Services |
Dept. of Computer Science, University of Massachusetts |
| Active-based Networking Monitoring System |
Purdue University Calumet |
| Ad Fraud Analysis |
University of Wisconsin-Madison |
| Adaptive and precise intermittent packet retrieval in DPDK |
Department of Computer Science Sapienza - University of Rome |
| Adaptive Trust Mechanisms for Data Intensive High Bandwidth Applications |
University of Puerto Rico |
| AdaptiveCAP |
San Jose State University |
| Adding ephemeral resources to LegoOS |
Illinois Institute of Technology |
| Adding resource management to Real-Time CORBA |
Ohio University |
| Administration of Clemson's CloudLab resources |
Clemson University |
| Advanced Cloud Computing Course |
The University of Arizona |
| Advanced Data Science |
University of Colorado Boulder |
| Advanced Data Stores |
University of Southern California |
| Advanced Wireless Research at UNL Netgroup |
University of Nebraska-Lincoln |
| AdvancedOS Project |
University of Wisconsin-Madison |
| Adversarial Machine Learning |
University of Wisconsin-Madison |
| AFS-like Distributed File Systems |
University of Wisconsin-Madison |
| AF_XDP for accelerating QUIC |
Shanghai Jiao Tong University |
| Age Estimation in Children using Fingerprint images |
Clarkson University |
| Aggregate Data of Distributed Checkpoints |
Rochester Institute of Technology |
| AI System Class Project |
University of Wisconsin-Madison |
| AIFM Demo |
University of Kansas |
| AIFM-enhancement |
Shanghai Jiao Tong University |
| aifmtest |
Peking University |
| ALCHEM AIFM |
University of Southern California |
| Algorand network protocols exploration |
Universidad de Buenos Aires |
| Alibaba DTS Contest Test Bed -- The Ohio State University HPC Research Team |
Yang Wang |
| AMS 560 project for Prasad Srinidhi and Saurabh |
Stony Brook University |
| AMS Big Data- Assignment1 |
Stony Brook University |
| AMS560 |
Stony Brook University |
| an ECE wireless networking course at the University of Utah |
The University of Utah |
| An experiment testing collocation of multiple job types on single machines |
Oakland University |
| An exploration of energy profiles when using various lossy compressors. |
Clemson University |
| An exploration of scaling core network federation to many unreliable community organizations |
University of Washington |
| An exploration of topology programming and traffic engineering for flexible wide area connectivity |
University of Oregon |
| An Internet Infrastructure for Video Streaming Optimisation |
Post Doc |
| An OCCI-based Toolchain for Everything-as-a-Service |
Inria |
| An open source locally administered distributed filesystem |
University of California, Irvine |
| An open-source controller for SDN research |
University of Massachusetts Amherst |
| An optimized version of the Eiger-PORT protocol |
Eidgenössische Technische Hochschule Zürich |
| An umbrella project for Privacy Preserving Machine Learning and Big Data Services |
Georgia Institute of Technology |
| Analyse the performance of a faas system |
Shanghai Jiao Tong University |
| Analysing Query Performance on Different Data Layouts in Cloud Object Stores |
University of Wisconsin-Madison |
| Analysis of different distribution strategies for machine learning |
Simon Fraser University |
| Analysis of DNS anomalies, as viewed from a root server |
University of Maryland, College Park |
| Analysis of ML Benchmarks for Processing in Memory |
Pennsylvania State University |
| Analysis on Spark |
University of Wisconsin-Madison |
| Analyze fixed and vulnerable source from VCCFinder dataset using machine learning |
Mississippi State University |
| Analyze software reproducibility issues |
Clarkson University |
| Analyzing 100 GbE Traffic on Commodity Hardware |
Université Catholique de Louvain |
| Analyzing Effects of Network on Distributed Systems |
University of Wisconsin-Madison |
| Analyzing Information Leakage in the Cloud |
Worcester Polytechnic Institute |
| Analyzing the blockchain transactions data to quantify cryptocurrency market risk |
University of Manitoba |
| Analyzing the cost benefit of instance types |
Research Assistant |
| Analyzing tradeoffs between wear leveling and write amplification in the SSD devices. |
University of Wisconsin-Madison |
| Android in Cloud |
FIT |
| Android Security |
Oakland University |
| Anomalies openstack |
DWP |
| Anomaly Detection in Log Files using Machine learning |
University of Washington |
| Anomaly detection on simulated logs thanks to appropriate log parsing |
IRIT |
| Anomaly Detection with Machine Learning |
San Jose State University |
| antenna design and testing |
The University of Utah |
| anycast |
Johns Hopkins University |
| Aplication Programming Interface Development and Testing |
Texas Tech University |
| Apollo - Linear SMR for Weak Synchrony |
Purdue University |
| Application Aware Anonymit |
Georgetown University |
| Application Aware networking |
University of Illinois at Urbana-Champaign |
| Application Driven Networking |
LAAS-CNRS |
| Applications Coordinating with Transport, IP, and Optical Networks |
University of Virginia |
| Apply Tensorflow ML models on Spark Architecture |
University of California, San Diego |
| AQM |
Networks and telecommunications |
| arc of the Tangent project |
The University of Utah |
| Architectural Antipatterns in Cloud Computing |
Indraprastha Institute of Information Technology |
| Architecture Reading Club Repository |
U of U |
| Architecture vor hybrid VN management |
University of Missouri |
| Archive '10 Workshop |
The University of Utah |
| AREA lab |
University of California, Riverside |
| Ariadne |
TU Delft |
| arm key value measurments |
forth-ics |
| ARM vs x86 Performance Comparison |
Clemson University |
| Artefact Evaluation Eurosys 2022 |
University of California, Berkeley |
| Artifact Evaluation |
University of Southern California |
| Artifact evaluation for ASPLOS 2022 submissions |
Google, Inv |
| Artifact evaluation for ASPLOS submission |
NVIDIA research |
| Artifact evaluation for ATC2022 |
University of Wisconsin-Madison |
| Artifact Evaluation for FUZZING workshop 2022 |
National University of Singapore |
| Artifact Evaluation for POPL 2022 |
The University of Utah |
| Artifact Evaluation for Submissions for a Conference |
University of Stuttgart, Germany |
| Artifact evaluation for supercomputing conference (SC'21) |
University of California, Santa Barbara |
| artifact-review |
Tongji University |
| AS-based VoIP peer-to-peer system |
Columbia University, Computer Science |
| asgn09 |
Clemson University |
| ASPLOS '23 AEC Fall Artifact Evaluation |
The University of Edinburgh |
| Assess the viability and performance of using docker for scientific computation with FEniCS. |
University of Minnesota-Twin Cities |
| Assessment of Cloud Storage for Large Unstructure Datasets |
National Geospatial Intelligence Agency |
| Assignment 1 |
Stony Brook University |
| Assignment#1 |
University of North Carolina at Charlotte |
| Assignments and Project |
University of Wisconsin-Madison |
| Assignment_1 |
Stony Brook University |
| Asynchronous Parallel and Distributed Optimization with Scheduling for ML |
Distributed Computing and Systems |
| ATC22 Artifact Evaluation for Primo |
Nanyang Technological University |
| Attacks on 5G core |
The University of Edinburgh |
| Attempt to make trace run faster/cheaper, either through using GPU or ARM instances. |
Stanford University |
| Attractor Selection Based Experimentation |
University of Massachusetts Amherst |
| Audio Experiment Over the Internet |
DePaul Universirty |
| Augment SkyhookDM with in-storage support for a relevant subset of Awkward Array operations |
Rice University |
| Auto SSD optimizing system with Reinforcement learning |
University of Illinois at Urbana-Champaign |
| Auto-indexing for a cloud database |
The University of Oklahoma |
| Automated Application Security for Cloud Computing |
Southern Methodist University |
| Automated Penetration Testing with Virtualised Networks |
Kings College London |
| Automated Tuning of Apache Flink |
University of Florida |
| Automatic code transformation and offloading for near-data processing |
The University of Edinburgh |
| Automatic testing for cluster management controllers |
University of Illinois at Urbana-Champaign |
| Automatic Vectorization for Secure Multiparty Computation (MPC) through Program Analysis |
Purdue University |
| Automating the benchmarking process of server, storage, and database systems |
Duke University |
| AutoMM |
University of Pittsburgh |
| Autonomic Cyber-Security - Fall 2020 |
Mississippi State University |
| Autoscaling of Cloud resources using Graph Neural Network (GNN) |
Waterford Institute of Technology, Ireland |
| Autotune parallel code for both time and energy across architectures |
Iowa State University |
| Avoiding joins safely |
McGill Universify |
| AVsys |
University of California, San Diego |
| Barnstormer APT Test Project |
Barnstormer Softworks |
| basemods spark |
Clemson University |
| BDE |
University of Missouri-Kansas City |
| Beehive: A Modular, Flexible Hardware Network Stack |
University of Washington |
| Being able to migrate Virtual Machines between non-identical processors. |
OFTY Cameroun |
| Benchmark and compare some database systems |
University of California, Santa Cruz |
| Benchmark comparison between x86 and ARM servers |
Georgia Institute of Technology |
| Benchmark Framework |
Carnegie Mellon University |
| Benchmark network file systems |
University of Colorado Boulder |
| Benchmark of system performance characteristics |
University of California, San Diego |
| Benchmark Popular Data Warehouse Commercial Solutions (Databricks, Snowflake, etc) |
Cornell University |
| Benchmarking and analyzing AR/VR workloads |
Texas A&M University |
| Benchmarking applications for analyzing variability |
University of Wisconsin-Madison |
| Benchmarking cloud infrastructure |
Oak Ridge National Laboratory |
| Benchmarking Containers Against VMs For Microservices Using DeathStarBench |
University of Rhode Island |
| Benchmarking differing spark clusters |
University of Missouri-Kansas City |
| Benchmarking eventual consistency |
University of Waterloo |
| Benchmarking for secure CRDT protocols |
Universidade do Porto |
| Benchmarking WASM-compiled functions. |
Massachusetts Institute of Technology |
| Berkeley Research Computing (BRC) |
University of California, Berkeley |
| BFT Key Value Store SQL API |
Cornell University |
| BFT Query Processing |
Cornell University |
| BFTdatabase |
Keio University |
| BFTdatabase |
Keio University |
| BGP Artemis |
Open Networking Foundation |
| BGP Path Poisoning for Censorship Avoidance |
Arizona State University |
| Biased System |
Carnegie Mellon University |
| Bidl: A High-throughput, Low-latency Permissioned Blockchain Framework for Datacenter Networks |
The University of Hong Kong |
| Big Data |
GITAM University |
| Big data analytics |
Duke University |
| Big Data HW1 |
Stony Brook University |
| Big data management in CloudLab |
University of Wisconsin |
| Big Data Project for Big Data Course @ Stony Brook University |
Stony Brook University |
| Big Data System |
University of Wisconsin-Madison |
| Big Data Systems, Algorithms and Networks |
Stony Brook University |
| Big-data and Optical Lightpaths Driven Systems |
Rice University |
| Bioinformatic analysis of Citrus transcriptome and genome sequencing data |
Clemson University |
| Blockchain based application framework |
The University of Texas at Austin |
| Blockchain based Decentralized Cloud Federation Marketplace |
Indian Institute of Technology Kharagpur |
| Blockchain Playground |
University of Wisconsin-Madison |
| BlockChainFileSharing |
Student of La Salle University |
| Bonus |
Clemson University |
| BroadCast Latency in Wireless Sensor Networks |
Lahore University of Management Sciences |
| Buffer Dimensioning |
Boston University, Computer Science |
| Build a comprehensive benchmark for memory disaggregation system. |
University of California, San Diego |
| build a disaggregated storage across network |
Peking University |
| Build a secondary index middleware on top of HBase for real-time analytics |
Syracuse University |
| build a small private cloud using physical machines from cloudlab |
Montclair State University |
| Build high-performance indexes on memory disaggregation architecture |
The Chinese University of Hong Kong |
| Building a framework for the integration of SDN and IoT |
Monash University |
| Building and Deploying Serverless Applications |
Egypt Japan University of Science and Technology |
| Building and evaluating distributed consensus that is robust when running on varying network conditions. |
Massachusetts Institute of Technology |
| Building direct message passing in openwhisk serverless platform |
Harvard University |
| Building High Performance and Fault Tolerant Distributed SplinterDB |
University of California, San Diego |
| Building ksplit(OSDI'22) implementation as described in their documentation |
Seoul National University |
| Building new TCP congestion control algorithm |
University of Southern California |
| Burst-parallel serverless computing |
University of California, San Diego |
| busys |
Boston University |
| BYOC |
Texas A&M University |
| Byzantine Chain Replication |
Stony Brook University |
| c++ protocol |
Tianjin University |
| CA project |
University of California, Riverside |
| Caching on LSM-based KV Stores |
Princeton University |
| Caching Stratigies for Semi-structured and Non-structured Data |
Eidgenössische Technische Hochschule Zürich |
| capstone-echo |
Saint Louis Universirty |
| Cascade K/V store performance evaluations |
Universitetet i Oslo |
| cassandra project |
University of Colorado Boulder |
| Cassandra_ntp |
University of Colorado Boulder |
| Catania cloud test |
INFN |
| Causal Consistency on the Network Edge |
IMDEA Software Institute |
| CCI 5G |
Commonwealth Cyber Initiative - Virginia Tech |
| cclab2013 project |
Konkuk University |
| CDN carbon Load Balancing |
University of Massachusetts Amherst |
| cell-offloading |
University of Massachusetts Amherst |
| Chaining in Serverless |
University of Waterloo |
| Challenge 1.2 |
University of Michigan-Dearborn |
| Chameleon |
Argonne National Laboratory |
| Changing the single-server Mumps database to distribute locks across a Zookeeper cluster. |
University of Wisconsin, Computer Science |
| Characterize performance of databases under virtualization. |
University of Wisconsin-Madison |
| Characterizing the edge of the network |
EECS, Northwestern U. |
| Characterizing the performance of Bluefield DPUs |
Hewlett Packard Enterprise |
| Chloe-Serverless |
National Technical University of Athens |
| CHPC-Fedushare |
The University of Utah |
| Class Assignments |
University of California, Riverside |
| Class on Big Data and Machine Learning |
NYU |
| Class Project for E6998 Virtual Cloud Tech at Columbia University |
Columbia University |
| Class projects for Network Measurements, Modelling and Simulations |
National Cheng Kung University, Taiwan |
| Classifying Cloud Colocation from Edge Measurements |
Stanford University |
| Clemson HPCC Systems experimental project |
Clemson University |
| Clemson University CPSC4770_6770 class |
Clemson University |
| Clemson University School of Computing |
Clemson University |
| client-server socket program |
University of California, Riverside |
| Clock synchronization with kernel bypass and software timestamp |
PhD student at Department of Electrical Engineering, Stanford University |
| cloud analysis |
San Jose State University |
| cloud and edge offload in cognitive radio network |
Stevens Institute of Teachnology |
| Cloud AR/VR over 5G/MEC |
Orange Silicon Valley |
| Cloud bursting into Cloud Lab from Rutgers |
Senior Scientist, Research Computing Support |
| cloud computing |
stonybrook university |
| Cloud Computing |
University of California, Riverside |
| cloud computing & system software testing |
Oak Ridge National Laboratory |
| Cloud Computing and Softwarization of Networks |
Oxford Brookes University |
| Cloud Computing course |
Delaware Technical Comm College |
| Cloud computing course at UF |
University of Florida |
| Cloud Computing Lab |
University of Technology (Yatanapon Cyber City) |
| Cloud computing Network as a Service(NaaS) |
Curtin University, Sarawak campus Malaysia |
| Cloud Computing NS2 Simulations |
University of California, San Diego |
| Cloud Databases Encryption |
University of Arkansa |
| Cloud Infrastructure for ITIS 6320 |
University of North Carolina at Charlotte |
| Cloud Lab |
La Salle University |
| Cloud lab |
Our Lady of the Lake University |
| Cloud Labware Development |
Purdue University |
| Cloud Mentoring: Guiding Cloud Users for Cost Performance through Testing and Recommendation |
The University of Texas at San Antonio |
| Cloud Networks Education using P4 |
Harvard University |
| Cloud Persistent Memory-Aware Buffer Pool Tuner Experiment |
The University of Oklahoma |
| Cloud Platform Demo |
Austin Community College |
| Cloud TCP Project |
Harvard University |
| Cloud Usage with Hadoop |
Texas Southern University |
| Cloud with CloudLab |
Ecole national superieur d'informatique et analyse de systeme |
| Cloud-based 5G network testbed |
University of Colorado Boulder |
| Cloud-based anonymous communication system |
University of Wisconsin-Madison |
| Cloud-based projects from CENT |
Syracuse University |
| Cloud-native Networking Research |
Purdue University |
| Cloud-Native Recoverability |
University of Illinois Urbana-Champaign |
| Cloud2019 |
University of Missouri-Kansas City |
| CloudComputingTools Course |
SEENIVASAN R.P. |
| Cloudlab |
University of North Carolina at Charlotte |
| CloudLab Automation |
University of Arkansas at Little Rock |
| Cloudlab could really help us in running our parallelized serverless shell (PaSH) implementation |
Brown University |
| Cloudlab Experiments of the NetLab of Fulda University of Applied Sciences |
Fulda University of Applied Sciences |
| CloudLab First Project |
ISEL / INESC-ID Lisboa |
| CloudLab for SDN Security |
North Carolina A&T State University,public, coeducational, historically black, research university |
| CloudLab Non Users |
The University of Utah |
| Cloudlab presentation and documentation |
Utah Valley University |
| CloudLabExp |
University of Misosuri- Kansas City |
| cloudmesh |
Indiana University Bloomington |
| CloudSuite on ARM |
EPFL |
| cloudtcp |
University Politehnica of Bucharest |
| Cluster in CloudLab |
University of Florida |
| Cluster schedulers for heterogeneous resource demands without estimating execution time |
The University of Tokyo |
| Cluster Scheduling for Cloud Computing |
University of Wisconsin-Madison |
| Cluster-On-Demand |
Duke University |
| Cluster-Powered Dynamic Analysis for Efficient Dependency-Based Debugging |
Georgia Institute of Technology |
| cmpe210 |
San Jose State University |
| CMU 15-712 Project - PostgreSQL Replication with eRPC |
Carnegie Mellon University |
| CNSA |
Michigan Technological University |
| Coalescent Computing |
Illinois Institute of Technology |
| CockpitCI - Cybersecurity on SCADA: risk prediction, analysis and reaction tools for Critical Infrastructures |
University Roma TRE |
| Code Generation for Sparse Operations |
Georgia Institute of Technology |
| Coflow simulation and multi-resource fair allocation |
Stony Brook University |
| Cold Start Mitigation In Serverless Computing Using LightVMs |
Shahid Beheshti University |
| Collaborative Edge Federated Learning on Collaborative Edge Computing |
Western Sydney University |
| Collaborative Research: NGSDI: CarbonFirst: A Sustainable and Reliable Carbon-Centric Cloud-Edge Software Infrastructure |
Worcester Polytechnic Institute |
| Collecting and generalizing particular statistical security engineering experimental results |
Southern Polytechnic State University |
| collection and analysis of the data ATLAS distributed projects |
University of Chicago |
| communication scheduling for mesh ml |
University of Illinois at Urbana-Champaign |
| Communication Time Measurement in Microservice and Serverless Applications |
Massachusetts Institute of Technology |
| Compare performance of XEN VM migration |
University of Florida |
| Compare Stream Processing Systems |
University of Wisconsin-Madison |
| Compared tensorflow performace in K8S and local |
Fordham University |
| Comparing algorithms for the testbed mapping problem |
The University of Utah |
| Comparing RPC mechanisms GRPC and Thrift for Distributed Systems course project |
University of Wisconsin-Madison |
| Comparison of performance between AWS, DigitalOcean, and Azure |
Harvard University |
| Compiling Graph Analytics |
Colorado School of Mines |
| Computation offloading |
University Paris 13 |
| Computation Offloading for a fleet of Drones |
Northern Arizona University |
| Computer Architecture and Security Technologies Lab |
Columbia University |
| Computer Architecture Simulation |
EPFL |
| Computer Systems at Colgate University |
Colgate University |
| Computing Platform for Distributed Sorting |
University of Wisconsin-Madison |
| Concolic Testing |
UFPR |
| concurrency control for performance |
University of Florida |
| Conduct data analytics on big malware repository |
College of Information Sciences and Technology, The Pennsylvania State University |
| Conducting research implementation of STIX/TAXII for various threat vectors |
Johns Hopkins Universisty |
| Confidential VM live migration and checkpointing |
Binghamton University, State University of New York |
| Confidentiality Preserving Computing on IaaS Cloud |
Cloudflare Inc |
| Congestion aware routing |
European Organisation for Nuclear Research |
| Congestion Control Plane |
Massachusetts Institute of Technology |
| Congestion Manager |
Carnegie Mellon University |
| Connection pool management |
Imperial College London |
| Consistency Protocols for Dissaggregated Memory |
The University of Edinburgh |
| Constraint-based resource allocation |
Systems Group, ETH Zurich |
| Constructing Cross-VM Covert Channel |
Clemson University |
| Container live migration by having memory state shared through an remote memory server using RDMA. |
University of California, San Diego |
| Container network performance acceleration |
Korea University |
| container network plugin with low latency/overhead |
Duke University |
| Contextual Edge Computing |
University of Kentucky |
| Continuous Analysis of Many CAMeras (CAM2) |
Purdue University |
| Control of thousands of Geo-distributed data centers |
University of Illinois at Urbana-Champaign |
| Controller for HADOOP Cluster |
University of Florida |
| Cooldown |
University of Michigan |
| Cooperative AI Inference in Vehicular Edge Networks for Advanced Driver-Assistance Systems |
Rowan University |
| cooperative caching and job scheduling for data processing clusters |
Huazhong University of Science and Technology |
| Coordinating Robot Swarms with the Cloud |
Georgia Institute of Technology |
| Could Solution Development and Training |
EPIC College |
| Course Project |
Korea Advanced Institute of Science and Technology |
| Course Project - Team Xpress736 |
University of Wisconsin-Madison |
| Course project for network systems |
University of Colorado Boulder |
| Course projects CS 598FTS: Fault-tolerant and consistent data center systems at UIUC |
University of Illinois at Urbana-Champaign |
| Course projects for INFSCI 2750: Cloud Computing |
University of Pittsburgh |
| Coursework |
Clemson University |
| CPES |
Instituto Federal de Alagoas |
| Crash Consistent File System |
University of Wisconsin-Madison |
| CRDB Driver |
Cornell University |
| Create RDMA primitives to help consensus protocols |
University of Washington |
| Creating a cloud database server to teach 140 undergrad students at UW-Madison about database design. |
University of Wisconsin-Madison |
| Creating a LAN using USRPs and GNURadio |
Georgia Institute of Technology |
| Creating a private cloud platform using openstack |
Institut National des Postes et Télécommunications INPT Rabat |
| Creating Adversarial Attacks Against CPU Schedulers With Reinforcement Learning |
Massachusetts Institute of Technology |
| creating index for a cluster database |
The University of Oklahoma |
| Creating RF traces Repository for Repeatable Experiments |
Prairie View A&M University |
| creation of cloud infrastructure |
sri ramakrishna engineering college |
| Critical Infrastructures Protection |
University of Skovde |
| Cross-Layer Power-Bounded High Performance Computing on Emerging and Future Heterogeneous Computer Clusters |
Clemson University |
| CS 208 Class Project |
University of California, Riverside |
| CS 5110/6110 - Software Verification (Spring 2018) |
The University of Utah |
| CS 598 FTS Project |
University of Illinois at Urbana-Champaign |
| CS208 |
University of California, Riverside |
| CS380L Advanced Operating Systems |
The University of Texas at Austin |
| CS541 OpenAurora |
Purdue University |
| CS5914 |
Virginia Polytechnic Institute and State University |
| CS6220 Project for Group 11 : Decentralized Federated Learning among different nodes in a P2P environment |
Georgia Institute of Technology |
| CS736 | Client Side Resource Manager |
University of Wisconsin-Madison |
| CS739: Evaluting Importance of Low Overhead Communication/Storage on Cassandra |
University of Wisconsin-Madison |
| CS740 |
University of Wisconsin-Madison |
| cs764_fall17_project |
University of Wisconsin-Madison |
| CS784 Exploring parallel join |
University of Wisconsin-Madison |
| CS838_MLOS |
University of Wisconsin-Madison |
| CSE 400: Undergraduate Thesis |
Bangladesh University of Engineering and Technology (BUET) |
| CSE453 project in Autumn 2022 |
University of Washington |
| CSE490 Course Project |
University of Washington |
| Cyber Arena |
University of Louisville |
| cyber physical framework for micro assembly |
Oklahoma State University |
| Cyber-Physical System Research |
University of California, Berkeley |
| Cybersecurity Cloud Research |
University of Wisconsin-Madison |
| DAI |
Washington University in St. Louis |
| Dapper |
Virginia Polytechnic Institute and State University |
| Data Analysis Research and Education at Fayetteville State University |
Fayetteville State University |
| Data Analytics System |
University of California, Berkeley |
| Data Center Ethernet |
Data Storage Instite |
| Data Center Scale Computing Class |
University of Colorado Boulder |
| Data Intensive Computing |
University of Massachusetts Lowell |
| data intensive computing courses at UML |
University of Massachusetts Lowell |
| Data Leakage Prevention on DPDK |
New York University |
| Data Science |
Colorado Technical University |
| Data science project for entity matching |
University of Wisconsin-Madison |
| Data Skip Technology for Cloud Analytics Workloads |
Huazhong University of Science and Technology |
| Data Structure Engineering for High Performance Software Packet Processing |
Tsinghua University |
| Data-Driven Vulnerability Prediction for Software Requirements |
Mississippi State University |
| Database on ARM Processors |
The Chinese University of Hong Kong |
| Database Workload Embedding |
The University of Utah |
| Datacenter Caching |
Boston University |
| Datacenter Congestion |
Johns Hopkins University |
| Datacenter Design Frontend Optimizations |
Georgia Institute of Technology |
| Datacenter Network Latency Research |
University of Wisconsin-Madison |
| Datacenter Network Performance |
The University of Edinburgh |
| Datacenter Network Quality of Service |
University of Washington |
| Datacenter Reconfiguration Simulation |
Illinois Institute of Technology |
| Datacenter TCP |
Fudan University |
| datacenter transmission measurement and improvement |
University of Science and Technology of China |
| Datalog Evaluation in Database (Quickstep) |
University of Wisconsin-Madison |
| dataplane optimization |
Georgia Institute of Technology |
| data_pods_benchmark |
University of Wisconsin-Madison |
| DBMS knobs tuning |
Harbin Institute of Technology |
| db_testing |
University of Wisconsin-Madison |
| DC Course Project |
University of Florida |
| dcnLegoOS |
Tianjin University |
| dctcp |
NJIT |
| DCTCP protocol simulation |
NJT |
| DDCHIT |
Harbin Institute of Technology |
| DDCHITSZ |
Harbin Institute of Technology |
| DDOS detection and prevention |
Smt Parvatibai Chowgule College |
| DDoS Reconnaissance - Studying DDoS reconnaissance/probing attacks |
Carnegie Mellon University |
| De-mystifying microservice topology shape |
Tufts University |
| Debugging Cloud Computing |
Tufts University |
| DECADE for Internet Storage |
Yale University |
| Decentralized scheduling for many-task HPC applications in the cloud |
Louisiana State University |
| Decentralized Zero-Trust IoT Data Fabric |
University of Georgia |
| Decentralized, Online Social Network |
Duke University |
| Declarative Programmable Storage |
University of California, Santa Cruz |
| Deconstructing Distributed Deep Learning |
University of Southern California |
| Deep Learning Classification |
Faculdade de Engenharia da Universidade do Porto |
| Deep Learning for Human Activity Detection |
Texas A&M University-Corpus Christi |
| Deep Learning meets Coding Theory |
University of Southern California |
| Deep learning model management |
University of Missouri-Kansas City |
| Deep Neural Network |
University of Wisconsin-Madison |
| Deep neural network for VGT |
University of Wisconsin-Madison |
| Deep Parallelism for Word2Vec on GPU-Accelerated Systems |
Clemson University |
| DeepChem |
University of Wisconsin-Madison |
| DeepLearning model to convert 2D videos to 3D videos |
University of Wisconsin-Madison |
| DeepLog study Dataset |
BUPT |
| deeptrace |
Technische Universitat Berlin |
| Demikernel memory pinning project |
The University of Texas at Austin |
| Demo of Sr. Project |
The University of Utah |
| Demostrate p4 capabilities |
Anna University |
| demostrator setup |
Institute for Systems Research |
| Deploying a Cloud using Openstack |
Montclair State University |
| Deploying Cloud Access Security Brokers to enhance security of SaaS applications |
Concordia University of Edmonton |
| Deploying ToMaTo infrastructure to CloudLab |
University Kaiserslautern |
| Derecho and Cascade DDS |
Cornell University |
| Derecho Benchmark |
University of Illinois Urbana-Champaign |
| Design and Implementation of an Enhanced Network Intrusion Detection System in Cybersecurity Based on Adaptive Clustering |
Tuskegee University |
| Design and Implementation of Virtual Sensor Networks |
St. Cloud State University |
| Design benchmarks and analyze Stream Processing systems |
University of Wisconsin-Madison |
| Designing a new fault injection engine to test cloud systems |
The Ohio State University |
| Designing Cloud Applications for Rural Communities |
Carnegie Mellon University |
| Designing Datacenter Transport For Low Latency and High Throughput |
Cornell University |
| Designing efficient storage system for ML |
The University of Texas at Austin |
| Designing Request-Aware Microservice Scheduling Strategies |
Carnegie Mellon University |
| Destination migration |
University of Southern California |
| Detecting and Troubleshooting Forwarding Misbehavior in Software-defined Networks |
Northwestern University |
| DETECTION OF TOPOLOGY POISONING ATTACK IN SDN ENVIRONMENT |
North Carolina State University |
| Deter Testing |
Information Sciences Institute |
| Determining hardware acceleration opportunities for data center tax operations |
Carnegie Mellon University |
| Determining performance limitations of Google's gVisor (Library OS for Containers) |
University of Wisconsin-Madison |
| Developing an algorithm for managing loading applications for serverless functions with co-located resources. |
University of Wisconsin-Madison |
| Developing Novel Quantum Simulators |
University of Wisconsin-Madison |
| developing techniques to passively discover resources in grids |
Georgia State University |
| Development a Cybersecurity dataset for Network intrusion detection with machine learning |
University of Cincinnati |
| Development of a a Future Internet Network for Experimentation (NfExp) among Brazil and Europe. |
Salvador University |
| Development of A Cloud-based Platform for Competition and Education in Cyber Security |
The University of Tennessee at Chattanooga |
| Development of a new mobility management protocol for IP networks |
Sunway University College |
| Development of a P2P transport protocol for streaming applications |
University of Udine |
| Development of routing mechanism for ad hoc networks, based on the XOR distance of node identifiers |
Universidade Federal de Uberlandia |
| Differential DBMS Testing |
University of Illinois at Urbana-Champaign |
| Differential Privacy Synthesis |
University of Wisconsin-Madison |
| Diffie-Hellman IPFS Group Key Sharing |
UNLV |
| Digital City Simulation |
Polytechnic School of the University of S. Paulo |
| Directed Diffusion: Adaptive 2 Phase Pull |
University of Copenhagen |
| Disaggregated memory performance modeling and analysis |
The University of Texas at Austin |
| Disaggregated NVRAM on Fast Distributed Network |
Virginia Polytechnic Institute and State University |
| Disaggregated System for Machine Learning |
Syracuse University |
| Discover and analyze compiler bugs |
Clarkson University |
| Discover route changes based on e2e measurements |
Columbia University, Computer Science |
| Dissertation lab |
Robert Morris University |
| DISTL - Distributive SDN Platform with Enhanced Security |
The University of the West Indies |
| Distributed Adversarial Training |
University of Wisconsin-Madison |
| Distributed and Parallelized Learning Systems for Multi-task Heterogeneous Machine Learning |
Montclair State University |
| Distributed Applications on Programmable Switches |
Purdue University |
| Distributed Collaboration for Security Settings |
PnP Networks |
| Distributed computing on smartNIC |
University of Wisconsin-Madison |
| Distributed Deep Learning Training Offload to smartNIC |
Shanghai Jiao Tong University |
| Distributed Detection and Inference |
Intel Research |
| Distributed Erlang Alternative |
Carnegie Mellon University |
| Distributed Event Extraction |
University of Oregon |
| Distributed Event Extraction |
University of Oregon |
| Distributed Factorised Databases |
University of Oxford |
| Distributed Field-aware Factorization Machine |
University of Wisconsin-Madison |
| Distributed HGCN |
University of California, San Diego |
| Distributed Hierarchical Fairness Enforcement in Programmable Switches |
University of Illinois at Chicago |
| distributed machine learning |
Case Western Reserve University |
| Distributed ML Inference with Autonomy |
University of Texas Rio Grande Valley |
| Distributed Orchestration |
Federal University of Uberlândia |
| distributed overlay cloud across hybrid spaces. |
University of California, San Diego |
| Distributed Stream Processing on Edge-Cloud |
Bogaziçi Üniversitesi |
| Distributed Style Transfer For Video |
Rochester Institute of Technology |
| Distributed Systems |
University of Wisconsin-Madison |
| Distributed Systems Verification |
Columbia University |
| Distributed Time-Series Data Processing |
The University of Utah |
| Distributed Training/Learning Communication Analysis |
Colorado State University |
| Distributed-Streaming Virtual Machine Introspection |
Carnegie Mellon University |
| Distributed_Vision |
University of California, San Diego |
| distribution of RUBBoS in cloud environment |
Augusta University |
| Do dome tests on a platform for wifi sensor, testbed on nodes |
TELECOM Nancy |
| Docker, kuber, cloud platform experiment |
Illinois Institute of Technology |
| DoD speech recognition |
Clemson University |
| DoERs |
Syracuse University |
| Doing video streaming based on Ceph cluster |
purdue |
| dp |
Oak Ridge National Lab |
| DPDK research and learning |
Intel |
| DPI as a service for NFV |
San Jose State University |
| DPU_k8s |
National Tsing Hua University |
| DragonFly: 360 Video streaming |
Purdue University |
| Drill Bits Search |
unaffiliated |
| DRLetProject |
Department of Electrical & Computer Engineering |
| Dtecting software anomalies in networked environment |
Computer Science, Louisiana Tech University |
| Duplicate Aware Scheduling |
Tufts University |
| Dynamic Analysis for floating point errors |
Rutgers |
| Dynamic Layer-3 routing using ryu controller and OVS |
San Jose State University |
| Dynamic load balance for serverless computing |
Peking University |
| Dynamic range partitioning in Nova-LSM |
University of Southern California |
| Dynamic Resource Allocation |
Yale University |
| Dynamic routing for SDN using Ryu controller |
San Jose State University |
| Dynamic Spectrum Sharing with O-RAN |
University at Buffalo, State University of New York |
| EBPF-based high-performance container network |
University of the Chinese Academy of Sciences |
| ECE 522 |
University of Illinois at Urbana-Champaign |
| ECE-UY 3613 Communication Networks |
New York University |
| ECET-580-F22 |
Drexel University |
| ECN-Encoding Precise Congestion Control for RDMA Networks |
Tsinghua University |
| Edge and Cloud Computing for Drone Applications |
University of Massachusetts Amherst |
| Edge Based Distributed System |
University of Colorado Boulder |
| Edge Caching on MPEG DASH multimedia streams |
Hellenic Mediterranean University of Crete |
| Edge Computing |
RISE AB |
| Edge scheduler for OpenLambda |
University of Wisconsin-Madison |
| Edge Telemetry |
Carnegie Mellon University |
| Education: communication networks class |
Shiv Nadar University |
| EEcomputing |
Clemson University |
| EEL6761 - Cloud Computing Systems & Applications - Spring 22 |
University of Florida |
| EEL6892 (Virtual Computers) class projects |
University of Florida |
| EEL6892 Virtual Computers, ECE, University of Florida, Spring 2020 |
University of Florida |
| EEL6935 - Distributed Computing - Spring 20 |
University of Florida |
| EEL6935 - Distributed Computing - Spring 21 |
University of Florida |
| Effective Prefetching for Fabric Attached Memories |
Texas A&M University |
| Effective Prefetching for Multicore/Multiprocessor Systems |
University of Wisconsin-Madison |
| Effectiveness of intelligent transportation architectures in the cloud |
Towson University |
| Efficient Arbitration in High-Level Synthesis from Multithreaded Code |
Imperial College London |
| Efficient CPU scheduling for kernel-bypass software |
Massachusetts Institute of Technology |
| Efficient Digital Currency Exchange |
Stanford University |
| Efficient logging in 2pc |
University of Wisconsin-Madison |
| Efficient scaling of TCP throughput with queue provisioning |
Hamilton Institute, National University of Ireland |
| Efficient Smart NIC on Cloud Servers |
University of Illinois at Urbana-Champaign |
| Efficient WAN GCS |
Hebrew Univ. |
| Efficient Wrokload Scheduling in Serverless Environment |
HKUST |
| Efficiently generating cost-efficient multi-tier cache configurations |
Emory University |
| Elasticizing Linux for the Cloud |
University of Colorado Boulder |
| Elba Standard Project on WISE Microservices |
Georgia Institute of Technology |
| Empirical evaluation of Forward Erasure Correction in QUIC protocol |
University of Alberta |
| emu-eval |
Science Applications International Corporation |
| Emulating the DFuse placement algorithm |
Georgia Institute of Technology |
| Emulation of an heterogeneous network with QoS and Management control |
LARC - Laboratory of Computer Architecture and Networks |
| Enabling Efficient VM Executions on SmartNICs |
University of Wisconsin-Madison |
| Enabling fault-tolerant NF chaining with NFChain-as-a-Service |
University of Southern California |
| Enabling large-scale monitoring-as-a-service through flexible infrastructure, efficient algorithms and advanced monitoring-backed Cloud management techniques |
TJ Watson Research Center |
| Enabling Metacomputing frameworks with data services |
Emory University |
| Enabling technologies for low latency mobile web at the edge |
Purdue University |
| End to End Optimization with Zero Shot Model |
Technische Universität Darmstadt |
| energy efficient could computing |
Clemson University |
| energy efficient could computing |
Clemson University |
| energy efficient could computing |
Clemson University |
| Energy efficient Network Function Virtualization |
Georgia State University |
| Energy-Efficient Operating Sysetms |
Wayne State University |
| Energy-impact of data consistency management in Clouds and Beyond |
INRIA |
| Enforcing Social Network Privacy by Adversarial Machine Learning |
University of Lorraine |
| enhance the scalablity of file system |
Fudan University |
| Enhancing Cloud Edge Continuum using Faas |
The University of Utah |
| Enterprise Network Design for Small Organization |
San Jose State University |
| Entity Matching as a service |
University of Wisconsin-Madison |
| Environment for Large Data Processing and Visualization Using MongoDB |
University of Nevada, Reno |
| Epic Broadcast |
University of Maryland, College Park |
| erasure coded mongodb |
University of Michigan |
| Error Detector |
The University of Utah |
| eSIM IoT Provisioning |
Columbia University |
| Estudos em bases de dados distribuidas |
Universidade de Brasilia |
| EvaCS598Project |
University of Illinois at Urbana-Champaign |
| Evaluate an artifact from MICRO 2021 |
Univeristy of Michigan |
| Evaluate ONAP software using the cloud lab resources |
Radisys |
| Evaluate performance of different BFT protocols |
University of Pennsylvania |
| Evaluate the AIFM (OSDI'20) |
Institute of Computing Technology Chinese Academy of Sciences |
| Evaluating a secure overlay network |
Department of Electrical and Computer Engineering |
| Evaluating BitTorrent/TCP interaction |
Princeton University |
| evaluating HPCC using PINT |
Harvard University |
| Evaluating inconsistency in overlay-network measurements |
University of California, Los Angeles |
| Evaluating Network Inference Tools |
University of Wisconsin-Madison |
| Evaluating Network Performance of Peer-to-Peer Distributed Deep Learning Training. |
Case Western Reserve University |
| Evaluating Performance of Honeypots in the Cloud |
Lancaster University |
| Evaluating Scaling in an NFV-based EPC |
University of Cauca |
| Evaluating SSD infrastructure using a simulator |
University of Wisconsin-Madison |
| evaluating the impact of interference for cloud VMs |
Stony Brook University |
| Evaluating the performance gain achieved from using Demikernel Datapath OS |
Birla Institute of Technology and Science |
| Evaluating uncacheable sensitive data |
University of Colorado Boulder |
| Evaluation and comparison of short-circuiting techniques in cluster architectures |
Institut de Recherche en Informatique de Toulouse (IRIT) |
| Evaluation environment for the performance verification of distributed systems |
University of Michigan |
| Evaluation of a solution such as Emulab in the classroom environment |
Pellissippi State Community College |
| Evaluation of an artifact for Eurosys |
Umea University |
| Evaluation of distributed systems |
Michigan State University |
| Evaluation of Joins in Parallel |
University of Wisconsin-Madison |
| Evaluation of MobilityFirst future Internet architecture |
WINLAB, Rutgers.University |
| Evaluation of network communication overhead in distributed ML training |
Indiana University Bloomington |
| Evaluation of prototypes for systems-related work in the CARV laboratory at FORTH-ICS, Greece |
University of Crete and FORTH, Greece |
| Evaluation of Task Allocation Algorithms for Mobile Computing |
University of Southern California |
| Evaluation of the address translation overhead on Arm servers |
The University of Edinburgh |
| Evaluation of tsdb on compressed object store |
University of Massachusetts Lowell |
| Evaluation of wide-area network security protocols |
University of Wisconsin-Madison |
| Evaluation of XRP |
Virginia Polytechnic Institute and State University |
| Evaluation, review, and critique of focused OPNFV networking concepts |
Professional enrichment and personal contribution to SDN and NFV open source development. |
| Evolving censorship evasion strategies |
University of Maryland, College Park |
| Exam lab |
Telecom SudParis |
| Examining Federated Learning backdoor attacks and potential defenses |
University of Pennsylvania |
| Examining the affect of a malicious operating system guest in KVM affecting the performance of other guests. |
University of Wisconsin-Madison |
| Executing Microservice Applications on Serverless, Correctly |
Aarhus Universitet |
| Exp |
University of North Texas |
| Expanding Pulser's real testbed |
University of Illinois at Chicago |
| experiment for the NDSS paper about dectecting LFA |
Tsinghua University |
| Experiment with distributed version of OpenLambda and design new schedulers for it |
University of Wisconsin-Madison |
| Experiment with edge compute technologies that could benefit the cable industry |
CableLabs |
| Experiment with large scale distributed training on GPU clusters |
Microsoft |
| Experiment with the CloudLab to see how useful it is |
The University of Utah |
| Experiment with various uses cases for an intelligent RAN controller. |
University of California, Berkeley |
| experimental labs for a security class |
Hunter |
| Experimental research for Signal Processing |
The University of Utah |
| Experimental testbeds for CS740 |
University of Wisconsin-Madison |
| Experimentation tools |
USC/ISI |
| experimenting with attacks on TOR |
Nirma University |
| Experimenting with distributed models for machine learning |
The University of Utah |
| Experimenting with ways to scale python for data science |
Columbia University |
| Experiments on TCP stacks |
Politecnico di Bari |
| Experiments to explore KubeShare |
Clemson University |
| Experiments with Blockchain consensus algorithms and use cases |
University of Lisboa |
| Experiments with Docker for HPC |
Clemson University |
| Exploit and Malware Research Project |
Tsinghua University, China |
| Exploiting Accelerator Level Parallelism to Accelerate Database Analytics |
University of Wisconsin-Madison |
| Exploiting Load Imbalance Patterns for Heterogeneous Cloud Computing Platforms |
Federal University of Rio Grande do Sul |
| Exploiting P2P approaches for BigData problems |
National Research Council of Italy |
| Explore an IoT Framework (Things-in-a-Fog) on Powder |
Clemson University |
| Explore and learn for CloudBank |
University of California, San Diego |
| Explore audit trails in RDMA design to make the applications GDPR compliant |
Carnegie Mellon University |
| Explore Hardware Security Issuse of Cloud FPGAs |
Northeastern University |
| Explore possible extensions for OpenStack for Fog/Edge computing integrations |
OpenStack |
| Explore programmability and performance of offloads onto the Bluefield-2 DPU. |
Georgia Institute of Technology |
| Explore the performance boundaries of virtualized networks in clouds |
SWITCH |
| Explore what is available on Cloudlab so can recommend to faculty |
George Mason University |
| Exploring a customizable cyberinfrastructure that enables a community to share and deploy machine learning models easier. |
Everett Community College |
| Exploring attacks in online CI services |
University of Wisconsin-Madison |
| Exploring better container orchestration techniques |
University of Wisconsin-Madison |
| Exploring CPS modeling on Cloudlab |
USC/ISI |
| Exploring Edge-informed SISR |
University of Wisconsin-Madison |
| Exploring Improvements to Mempool Gossip in C Chain of Avalanche |
Cornell University |
| Exploring performance envelope of HTTP/2 |
University of California, Santa Cruz |
| Exploring serverless scheduling and resource management |
Stony Brook University |
| Exploring the limits of the Function-as-a-Service programming model |
Zurich University of Applied Sciences, Service Prototyping Lab |
| Extending Secure Trusted Execution Environments Between HPC Nodes |
University of California, Davis |
| Extracting Citation Information from Webpages Using Fully Convolution Networks Augmented with Conditional Random Fields |
University of California, Berkeley |
| Extreme Computing |
The University of Edinburgh |
| FalconDB: Blockchain-based Collaborative Database |
The University of Utah |
| Far Data Lab |
University of Toronto |
| Farm distributed system |
Peking University |
| Fast and Efficient Hyperparameter Exploration of Machine Learning Models |
University of Wisconsin-Madison |
| Fast Kernel Context Isolation |
Purdue University |
| Fast Network Interface for Virtual Storage Connection |
University of Michigan |
| FAST protocols for ultrascale networks |
Caltech |
| Fast RDMA in software |
University of Washington |
| faster database tuning |
Emory University |
| Faster Hyperlapse |
University of Wisconsin-Madison |
| Fault localization |
Massachusetts Institute of Technology |
| Fault Tolerant Distributed ML |
Eidgenoessische Technische Hochschule Zurich (ETH Zurich) |
| Federated Learning Based on Serverless |
George Mason University |
| Federating VNode and ProtoGENI |
The University of Tokyo |
| felis |
University of Toronto |
| Field-level Intraprocess Partition using MPK |
Penn State University |
| File system For FaaS |
Stony Brook University |
| File Systems for Fast Memory |
Rutgers University |
| Final Projects |
North Carolina A&T State University |
| Find a curve that embeds secp256k1 |
University of California, Berkeley |
| Find dynamic range partitioning mappings for elastic load balancing all while satisfying SLA. |
USC |
| Finding performance anomalies in RDMA |
Duke University |
| Fine Grain Isolation Primitives for Cloud Computing |
Massachusetts Institute of Technology |
| Finer-grained Resource Allocation for Right-sizing Serverless Functions |
The University of Texas at Austin |
| Flexible capability-based routing |
University of California, San Diego |
| FlexRAN and network slicing |
FER |
| FlinkExperiment |
Cornell University |
| Floating point error analysis |
The University of Utah |
| Floating point error analysis for straight line and floating point codes |
The University of Utah |
| FloMore: Meeting bandwidth requirements of flows |
Purdue University |
| Flooding attack mitigation on SDN |
Nanjing University |
| Floodlight SDN Controller, Distributed, FT and Durable. |
University of Lisbon, Faculty of Sciences. |
| Flow Mangement in VMS |
Lums |
| Flow Scheduling Algorithms |
Columbia University |
| Focusing on high performance computing to be used for cloud |
Université Mohammed V |
| Fog |
Thapar University |
| Fog Computing meets Game Theory |
University of Piemonte Orientale |
| fogcomputing |
Masters Students |
| FogSLA |
Sorbonne Paris Nord Université |
| Following our work of collecting and classifying 100 concurrency issues, our team want to dive into each application for more detailed analysis |
The Ohio State University |
| for course cs6675-cs4675 |
Georgia Institute of Technology |
| For experimentation on CloudLab in ASU's CSE 534 class |
Arizona State University |
| For students in ECE-GY 6143 at NYU Tandon School of Engineering |
New York University |
| For teaching at Harvard |
Harvard University |
| Forensics Analysis of the Cloud |
Oakland University |
| ForkBase |
University of Wisconsin-Madison |
| Formal Verification of Distributed Systems |
Yale-NUS College |
| Forwarding Layer for Application-level Peer-to-Peer Services |
The Aerospace Corporation |
| FPGA PROGRAMMING APPLIED TO HETERODYNE INSTRUMENTS FOR RADIO ASTRONOMY. |
Instituto Nacional de Astrofisica, Optica y Electrónica |
| FPGA100Gbps |
University of Nebraska-Lincoln |
| FPGAMD |
Pacific Northwest National Laboratory |
| framework for designing CPSBot for Cyber Physical System |
GD Goenka University |
| FSToolkit tests |
University of Patras, Greece |
| FT K8S scheduler |
Universidade do Estado de Santa Catarina |
| Fundamentals of Cloud Computing |
University of Massachusetts Amherst |
| Fundamentals of Cloud Computing |
University of Massachusetts Amherst |
| Future Internet Testbeds Experimentation |
Universidade Federal de Pernambuco |
| Future Networks for University Campus |
Birmingham City University |
| Future Serverless Architectures |
ETH Zürich |
| Fuzz-Testing-Threads |
Grad Student |
| Fuzzing course at the University of Utah |
The University of Utah |
| Fuzzing the Linux Kernel |
Boston University |
| Gateway Experimentations |
Stony brook |
| Gem5 Experiment |
University of California, Santa Barbara |
| GenDP |
University of Michigan |
| generate some log |
Xi'an Jiaotong University |
| Generating Machine Learning examples for visualization experiments. |
University of Wisconsin-Madison |
| genomic cloud computing infrastructure |
Covenant University |
| Geo-Distributed Streaming |
University of Minnesota-Twin Cities |
| Geometric BigData Computing |
University of the District of Columbia |
| get experience in distributed systems by implementing own version of GFS |
University of Oregon |
| Getting started with a lab |
La Salle University |
| Giglab Testing |
University of Tennessee Chattanooga |
| GkleeShare: a place to try Gklee |
U of U |
| GMU CS Machine Learning Group |
George Mason University |
| GMU Network Tomography and Resource Allocation |
George Mason University |
| GNS Testbed |
University of Massachusetts Amherst |
| Google Cluster Analysis |
Stony Brook University |
| Grad Class in Cloud Computing |
University of California, Santa Barbara |
| Graduate course COMP-SCI 5540 (Principles of Big Data Management) |
University of Missouri-Kansas City |
| Graduate networks project |
Carnegie Mellon University |
| Graduate Systems Class |
University of California, Berkeley |
| Graph DB vs Relational DB |
University of Wisconsin-Madison |
| Graph matching implementation over Spark |
Northeastern University, ECE DEPT |
| Graph processing on F2 |
University of Wisconsin-Madison |
| greenedge |
University of Padova |
| Group projects for CS 764 Topics in Database Systems Fall 2018 |
University of Wisconsin-Madison |
| Group projects for CS 764 Topics in Database Systems Spring 2020 |
University of Wisconsin-Madison |
| Group projects for CS 764 Topics in Database Systems Spring 2021 |
University of Wisconsin-Madison |
| GTesting |
UFPA |
| H-Quic |
Tsinghua University |
| Hadoop and Spark |
Um5.ac |
| Hadoop-Based Database Management System for Shopping Data Analysis |
University of Wisconsin-Madison |
| Hadoop-Based Database Management System for Shopping Data Analysis |
University of Wisconsin-Madison |
| Handling biodiversity data on the cloud |
U. of Florida |
| Handling Overload in Publish/Subscribe Systems project |
Silesian University of Technology |
| Hands on Computer Networks |
Drexel University |
| Hardware and Software Co-design for Microservices and Serverless Computing |
Texas A&M University |
| Hardware and Software Prototyping of 5G-and-Beyond Wireless Systems and Rural Broadband |
Iowa State University |
| Hardware as a service |
Boston University |
| Hardware support for Persistent Memory |
Carnegie Mellon University |
| HCI2021 |
Universidad de San Andrés |
| Heard about CloudLab from an XSEDE Campus Champions call. Just wanted to familiarize myself with how it operates. |
Tennessee Tech University |
| Hello |
Johns Hopkins University |
| HelloGENI |
|
| Helm Chart for SkyhookDM, Dask, and ServiceX Stack |
University of California, Santa Cruz |
| Heterogeneous Video Analytics |
Georgia Institute of Technology |
| Heterogenous System LLC Management |
University of Wisconsin-Madison |
| Hierarchical Clustering for Resource Estimation for Mobile Offloading to the Cloud |
The University of Texas at El Paso |
| Hierarchical filter and Refine on CPU + DPUs |
Marquette University |
| Hierarchical Learning |
University of California, San Diego |
| Hierarchical Resource Control Using ML |
University of Illinois at Urbana-Champaign |
| High performance on-demand video transcoding using clouds |
University of Louisiana Lafayette |
| High Performance Scalable Video Transmission |
State University of New York at Buffalo |
| High Speed FPGA design for Frames Filtering |
Illinois Institute of Technology; Research Project |
| High-performance Packet-Level Network Analytics |
University of Colorado Boulder |
| High-performance serverless computing |
san diego |
| Holistic Data Repairs with Column-Oriented Data Error Detection Preprocessing |
University of Michigan |
| Homomorphic Encryption HW acceleration |
Clemson |
| Host Hijacking |
University of Surrey |
| Hotspot analysis |
Arizona State University |
| Housing Precarity, Evictions, and Inequality in the Wake of COVID 19 |
University of California, Berkeley |
| how to bid the cloud |
Purdue University |
| HP Labs Networking and Distributed Systems Project |
University of California, Riverside |
| HP Labs: Networking and Mobility |
HP Labs |
| HPC Enabled Real-Time Remote Processing of Laparoscopic Surgery |
Clemson University |
| HPCCSystem and Cloudlab |
Clemson University |
| Hybrid Datacenter Congestion Control Scheme |
Imperial College London |
| Hybrid Human-Machine Clustering |
Princeton University |
| HyperDex vs. MongoDB |
University of Wisconsin-Madison |
| I wish to replicate the Infiniswap(nsdi'17) work and optimize it in active mode. |
College of Computer Science and Electronic Engineering, HuNan University |
| Identifying and Addressing Isolation Bugs in Database Applications |
The Ohio State University |
| Identifying new hardware performance counters needed to make data center scheduling decisions |
Carnegie Mellon University |
| Identifying sensative information in data |
University of Colorado Boulder |
| Ignore this project please |
The University of Utah |
| ImgFS: Faster gVisor File System for Serverless Computing |
University of Wisconsin-Madison |
| Impact of interference on wireless network performance |
Illinois Institute of Technology |
| Implement an application to manage a distributed file system |
University of Oregon |
| Implement and evaluate crush |
University of California, Santa Cruz |
| implement gNB and UEs |
University of Colorado Boulder |
| implement virtual machine and honeypot |
xi'an jiaotong liverpool university |
| Implementacao de RAID em Sistemas de Arquivos Distribuidos |
Universidade Federal do Oeste do Para |
| Implementation of a Replication Protocol |
Technische Universität München |
| Implementation of Real-Time FaaS |
Budapest University of Technology and Economics |
| Implementing Intelligent Handover between gNBs |
University of California, San Diego |
| Implementing map reduce framework using web sockets |
Princeton University |
| Implementing Sharing Memory Robustly in Message-Passing Systems |
University of Illinois at Urbana-Champaign |
| improve cloud access by using mtcp overlay network technique |
Rangsit University |
| Improve Neural Networks Training by distributed SGD and NV-SHMEM |
Clemson University |
| Improving Ceph Performance for locality intensive applications |
University of California, Santa Cruz |
| Improving connectivity for underserved communities of Westside Atlanta |
Georgia Institute of Technology |
| Improving Cybersecurity with Information Disclosure |
The University of Texas at Arlington |
| Improving Deep Reinforcement Learning training in Adaptive Bitrate Streaming with easy to learn environments |
University of California, Irvine |
| Improving Efficiency of Microservices Autoscaling and Scheduling with Kernel Tracing |
Bangladesh University of Engineering and Technology |
| Improving hardware prefetching with reinforcement learning |
University of Michigan |
| Improving Latency and Throughput of Blockchain Consensus algorithms |
University of California, Berkeley |
| Improving network connections in the Cloud. |
Worcester Polytechnic Institute |
| Improving Performance of the SZ Lossy Compressor using Vectorization (NSF Grant: SHF-1910197) |
Clemson University |
| Improving RDMA Progammability with Shared Objects |
University of Colorado Boulder |
| Improving Similarity Joins with MapReduce |
Bowling Green State University |
| Improving TCP performance |
Goa engineering College |
| Improving the chained serverless runtime performance with in-memory object storage for intermediate data generated for chained serverless functions. |
King Mongkut's University of Technology North Bangkok |
| Improving the query range feature of WiscKey KV store. |
Texas A&M University |
| In NSF funded research, we are investigating the feasibility of an incentive mechanism based on economic principles to be deployed over the public Internet to control e-mail spam. |
The University of Texas at Austin |
| In the NSF proposal writing stage |
California State University Long Beach |
| In this project we seek to passively monitor node behavior to determine if it is susceptible to specific vulnerabilities. |
Georgia State University |
| In this project, we will implement and evaluate a third party trusted Internet agent service, which will provide secure and controllable media content delivery. |
George Mason University |
| In-SSD Computation Exploration |
Penn State University |
| incentive mechanisms for shared testbeds |
UPMC Sorbonne Universites |
| Independent Study |
Lehigh University |
| INF2202 lab |
UiT The Arctic University of Norway |
| Inference of TCP Sender States and limiting factors of data sending |
Northwestern University |
| Information Retrieval experiments based on newspaper data collections. |
Ghent University - iMinds |
| Instead of using pretrained model to extract image feature, we try to use SOTA self-supervised model to extract features directly from ZSL datasets |
University of Michigan, Ann Arbor |
| Instrumenting applications utilizing LLVM IR passes |
University of Wisconsin-Madison |
| Integrate MongoDB with Ceph |
University of California, Santa Cruz |
| Integrate Tensorflow in quickstep |
University of Wisconsin-Madison |
| Integrated system supporting routing in Software Defined Networks |
AGH University of Science and Technology |
| Integrating SDN Framework for Drone Systems |
San Jose State University |
| Intelligent Data Movement Service |
Indiana University Bloomington |
| Intelligent networked systems at UMKC |
University of Missouri-Kansas City |
| Intelligently re-ranking server lists using distributed network information in an OpenAFS cell |
University of Minnesota, Morris |
| Interference in a Wireless Net |
Illinois Institute of Technology |
| Interference-aware cloud performance management |
Stony Brook University |
| Interoperability with ORCA CF |
Renaissance Computing Institute |
| introduction to cloud computing |
ncsu |
| Introduction to Enterprise Computing: Elba |
Georgia Institute of Technology |
| Introduction to Networking |
Xi'an Jiaotong-Liverpool University |
| Introduction to vizualisation and cloud computing |
Ecole Nationale Supérieure d'Informatique et d'Analyse des Systèmes |
| Intrusion detection |
University of Arkansas at Littlerock |
| Intrusion Detection Class |
Johns Hopkins University |
| invar |
University of Massachusetts Amherst |
| Investigate algorithms for differentiated I/O service at the parallel file system level. |
The University of Texas at El Paso |
| Investigate prefetching for TLB to increase performance of large data applications |
Penn State University |
| Investigate private media delivery |
New York University |
| investigate the arm microarchitecture based on Gem5 |
École Polytechnique Fédérale de Lausanne |
| investigate the arm microarchitecture based on Gem5 |
École Polytechnique Fédérale de Lausanne |
| Investigating attacks on load balancers |
University of Wisconsin-Madison |
| Investigating novel security mechanisms for cloud deployments |
University of North Carolina at Chapel Hill |
| Investigating Open-Source Cloud-Native Application Solutions |
University of Washington - Tacoma |
| Investigating phase-based architectural policies in CPUs |
Princeton University |
| Investigating Resource Usage and Interaction Between Simultaneously Executing Deep Neural Network Frameworks Using Mesos |
University of Michigan |
| Investigating Technologies that help Bridge the Gap between Hands on Learning and Virtual Learning |
PENNSYLVANIA STATE UNIVERSITY |
| Investigating the feasibility of QUIC on wearable devices |
North Carolina State University |
| Investigation and ensurance on I/O priority across VMs in KVM/ARM |
Columbia University |
| Investigation of ML performance on modern computer hardware |
University of Wisconsin-Madison |
| Investigation of TCP Incast Problem |
University of Wisconsin-Madison |
| Investigation performance isolation in hurricane |
University of Toronto |
| IoT monitor server for controling app behavior |
Clemson University |
| Iowa State University - Research IT testing |
Iowa State University |
| IPV6 used as predefined client creditial Handling |
Clemson University |
| Is connection speed limiting Ceph Storage? |
University of Massachusetts Lowell |
| ISA wars: Benchmark comparison between x86 and ARM servers |
Georgia Institute of Technology |
| IsoDiff: A Tool to Quantitatively Analyze Anomalies Caused by Weak Isolation |
The Ohio State University |
| Isolation via Software-Defined Networking |
University of Wisconsin-Madison |
| ITIS 6320 CloudLab Tutorial |
University of North Carolina at Charlotte |
| iu5g |
Indiana University Bloomington |
| Job scheduling in disaggregated memory systems |
University of Pittsburgh |
| Johns Hopkins University - Applied Physics Lab (JHU/APL) Research and Experimentation Supporting Open, Ubiquitous, and Reliable Communications Environment (RESOURCE) |
JHU APL |
| Juniper Networks Virtual Networking |
Clemson University |
| Just a test project ( to do the oct-workshop) |
Boston University |
| Just testing. Please Ignore. |
The University of Utah |
| Just to get familiar with the setup and intro |
Carnegie Mellon University |
| K8S for ML |
Queen Mary University of London |
| k8s-kn-ceph-build |
Peking University |
| KAL Technology CloudLab Evaluation Test Bed |
US Ignite |
| KATIO |
Myself |
| kernel bypass scheduling |
University of Pennsylvania |
| Kernel trace analysis |
University of Wisconsin-Madison |
| key value store implementation |
University of Wisconsin-Madison |
| Key value store on SSD |
University of Illinois at Urbana-Champaign |
| Key-based distributed stream partitioning strategy for stateful operation |
Huazhong University of Science and Technology |
| Key-value Store on Heterogeneous Storage |
Columbia University |
| Knative network optimization |
Peking University |
| KnowOps and related projects |
The University of Utah |
| Kosovan Police Distributed System |
University for Business and Technology |
| ksplit |
Vu Amsterdam |
| ksplit-kvm |
National Taiwan University |
| Kubernetes Multi-tenancy with OpenStack |
Boston University |
| Kubeshare |
Clemson University |
| KubeTrial |
University of Pisa |
| KVM/ARM Work, Investigations, and derivatives |
Columbia University |
| KVStore: A Hashtable Architected for the Speed of DRAM |
University of California, Irvine |
| L1-TF Assesment on cloud infrastructures |
University of Rome Tor Vergata |
| Lab activities related to SDN security for students |
The University of Texas at Dallas |
| Lab for Analytics in Artificial Intelligence, Natural Language Processing, Data Mining |
West Chester University of Pennsylvania |
| LAN and WAN Protocols Testing |
University of Ghana |
| Landslide detection with multiple sources |
Georgia Institute of Technology |
| Large Scale Reinforcement Learning Schedule |
University of Illinois at Urbana-Champaign |
| Large-scale computation without synchronization |
Basho Technologies, Inc. |
| Large-scale Data Analytics |
Purdue University |
| Latency-based Cloud Inference Optimization |
Harvard University |
| latte |
Duke University |
| Leaderless and Unordered BFT |
Cornell University |
| Learn hybrid Cloud |
University of Maryland, College Park |
| learn2route |
Harvard University |
| Learning about how virtual machines work and how to configure them |
University of Colorado Boulder |
| Learning about the capabilities of CloudLab |
University of Southern California |
| Learning cloud security |
Wright State University |
| Learning EMU Lab |
nasa |
| Learning GENI for US Ignite participation |
SimCenter Enterprises, UTC |
| Learning how to use POWDER testbed |
Iowa State University |
| learning Mellanox Bluefield-2 |
Monash University |
| Learning Openstack for Research Project |
Gavilan College |
| Learning tensorflow |
University of Wisconsin-Madison |
| LegoOS study |
Xiamen University |
| Leveraging spot instance for AI workloads |
Peking University |
| libp2p |
Harvard |
| Library OS for the Datacenter |
Microsoft Research/University of Washington |
| Lightning fast cloud infrastructure using RDMA |
New York University |
| Lightweight Capability Domains |
University of California, Irvine |
| Lightweight Serverless Solution for the Edge |
George Washington University |
| link a main memory database into mysql database server |
Simon Fraser University |
| Linkdelay experiments in P2 Project |
The University of Utah |
| Linkdelay experiments in Planetlab Project |
The University of Utah |
| LISP-Lab experimental platfor |
UPMC-LIP6 |
| Live measuring domain from certificate transparency logs |
Universiteit Twente |
| Livestreaming Protocols test |
Student at University of Victoria |
| Load Balancing in cloud |
Texas A&M University-Corpus Christi |
| Locality Profiler |
University of Michigan |
| Location of Faults on Aircraft Wiring (and communication of those results) |
The University of Utah |
| Location-Aware Storage Based on HDFS |
Penn State University |
| log |
University of Luxemnourg |
| Log monitoring at cloud infrastructure level |
Technical University of Berlin |
| Logging in 2 Phase Protocol |
University of Wisconsin-Madison |
| Logically Centralized Border Gateway Protocol |
University of Massachusetts Amherst |
| LOIS: Lightweight Oblivious IoT Services |
University of California, Santa Cruz |
| Long project name testing |
The University of Utah |
| Long-term Fairness on Spark |
Stony Brook University |
| Lossy Scientific Data Transfers |
Clemson University |
| low-overhead container overlay network |
Shanghai Jiao Tong University |
| Lower bound algorithms for genuine atomic multicast |
Universidade Federal de Uberlândia |
| LSM-RDMA-ML |
Fudan University |
| LTE on SDN/NFV environment |
Yemen Mobile Co. |
| Lustre file system optimization |
University of Nevada, Reno |
| M-CORD |
National Taiwan University of Science and Technology |
| M-CORD development |
ITRI |
| Machine learning for the communication of highly mobile users |
UT Austin |
| Machine Learning meats Data Cleaning |
University of Wisconsin-Madison |
| machine learning workshop |
University of Missouri |
| MAKI-C2 |
TU Darmstadt |
| making a virtual machine |
University of California, Riverside |
| Making the OS smarter by crosslayer data sharing |
Rutgers University |
| Malware Classification using Machine Learning (class project) |
The University of Utah |
| Manage GridFTP traffic in cluster computing environment with SDN |
University of Nebraska-Lincoln |
| Management, Analysis and Recommendation of Fine Grained Software Citation |
University of Pennsylvania |
| Managing Boot Storms in Large Virtualized Data Centers |
IIT Bombay |
| Managing smart-grid resources with a distributed SCADA implemented with OWL |
Princeton University |
| Mapping middle mile network operations. |
DigitalC |
| Masters Students Project |
University of Sargodha |
| MAX GENI to ProtoGENI Interoperation Development |
Mid-Atlantic Crossroads |
| MCC |
Boston University |
| MCC |
Masaryk University |
| Measure the Internet, save the data, and make it universally accessible and useful. |
Measurement Lab |
| Measurement of IoT Cloud Providers |
University of Oregon |
| Measurement of the P2P streaming quality around the world |
Northwestern Univ. |
| Measuring Resource Usage of an ML framework & possible resource elasticity |
University of Wisconsin-Madison |
| measuring throughput in mesh networks |
Istanbul Technical University |
| Mechanisms for Providing Causal Consistency on Edge Computing |
Student |
| Medical Data Lake |
University of Wisconsin |
| Medusa-Project |
Faculdade de Ciencias da Universidade de Lisboa |
| Mellanox/Bluefield NIC use and profiling |
University of Illinois at Urbana-Champaign |
| MellanoxOff |
New York University |
| Memory deduplication on serverless systems |
ETH Zurich |
| Memory disaggregation |
KAIST |
| Memory disaggregation on Cloud native database |
University of Nevada, Reno |
| Memory Disaggregation using SmartNIC |
KAIST |
| Memory Fragmentation&Huge page |
University of Illinois at Urbana-Champaign |
| Memory Optimization with RDMA-based Remote Access and Local Storage |
the Department of Computer and Information Sciences, University of Delaware |
| Mesos HPC |
Internet2 |
| Messing Around |
DriveScale, Inc. |
| Metoo |
University of Wisconsin-Madison |
| Microburst Analysis |
University of Toronto |
| Microservice architecture |
University of Illinois at Urbana-Champaign |
| Microservice Profiling |
University of Virginia |
| Microservices security and performance improvement through better observability |
Penn State University |
| Migration of VIs |
Universidade do Estado de Santa Catarina |
| MIND: In-Network Memory Management for Disaggregated Data Centers |
Yale University |
| Minikube cluster |
The Pennsylvania State University |
| Minimizing Network Connectivity Delays During Container Failover |
Princeton University |
| mininet expirement |
The University of Utah |
| Mining and Understanding Bug Fixes in Android |
University of Colorado Boulder |
| MIT 6.111: Off-Premises HDL Build Service Proof-Of-Concept |
Massachusetts Institute of Technology |
| MITM in SDN |
North Carolina A&T State University |
| MITM Lab in SDN |
North Carolina Agricultural & Technical |
| ML workload pipeline characterization |
Georgia Institute of Technology |
| MLab traces |
Mid Sweden University |
| MLOS_heatherjia |
University of Wisconsin-Madison |
| mobile networking |
University of California, Santa Barbara |
| Mobile Routing |
University of California, Santa Barbara |
| mobile sensor networks for wildlife tracking |
Princeton University |
| Mobile-aware Cloud Resource Management |
Worcester Polytechnic Institute |
| Mobility Management small cells |
Universidad Sergio Arboleda |
| Mobility performance Evaluation of Mesh rOuting protocols |
RouteK SL |
| mobius |
Tsinghua University |
| MobiusNeuron |
Tsinghua University |
| mod benchmarks |
University of Wisconsin-Madison |
| Model driven Cyber Range with emulation and simulation capabilities |
CITY University London |
| Modeling, systems, and applications of big data |
Clemson University |
| Molecular Dynamics on FPGA |
Boston University |
| Montana State University - Research Cyberinfrastructure |
Montana State University |
| Moon Cloud - Continuous Monitoring on Cloud |
University degli Studi di Milano |
| Morpheus: Domain Specific Run Time Optimization for Software Data Planes |
Queen Mary University of London |
| Mosaico |
University of Technology of Troyes |
| MOSIP Deployment for CMU Africa and Pentesting |
Carnegie Mellon University |
| Moving target defense |
Lancaster University |
| MPEC-DASH over QUIC performance measure |
Korea Institute of Science of Technology Information |
| MTTCG for qemu |
Georgia Institute of Technology |
| multi hop LTE |
Texas A&M University |
| Multi level cache experiment |
University of Florida |
| Multi resource fairness in NFs |
Student |
| Multi-agent systems for sensor/actuator networks |
University of Bristol, United Kingdom |
| Multi-cloud broker |
Rutgers University |
| Multi-Dimensional Deep Learning |
University of Wisconsin-Madison |
| Multi-Mechanism Adaptation for the future Internet (Marburg) |
Philipps-University of Marburg |
| Multi-physics cyber-physical testbed |
Purdue University |
| Multi-tenant Memcached Environment |
University of Illinois at Chicago |
| Multicast with Coding in Application-layer Overlay Networks |
University of Toronto |
| Multidomain heterogeneous SDN experiments |
University of California, Davis |
| Multimedia Communication |
Ceské vysoké ucení technické v Praze |
| Multimedia Networking |
University of South Australia |
| Multimedia Video |
Kent State University |
| Multiple backdoor attacks against Federated Learning |
University of Essex |
| MultiTestbed |
University of Washington |
| MxFaaS |
University of Illinois at Urbana-Champaign |
| N/A |
University of Michigan |
| Nairobi Transit Data Exchange Framework |
Clemson University |
| National education and research network cloud |
Tanzania Education and research Network |
| NDN on emulab for UNL |
University of Nebraska-Lincoln |
| NDN Traffic generator |
Tennessee Tech University |
| Need to setup a lap for testing different security projects |
Aggregators |
| Network 5G - FEELT |
IFTM |
| Network Anomaly Detection and prediction |
University of Missouri-Kansas City |
| Network congestion avoidance with modified TCP&end to end QoS |
Credis. Bucharest University |
| Network Controlled System |
Missouri University of Science and Technology |
| network design to enable high performance computing on clouds. |
University of Manitoba |
| network emulation |
Mininet Project |
| network exploration |
University of Washington |
| Network interface extensions for improved load balancing of incoming network traffic to the cores of multi server CPUs |
Georgia Institute of Technology |
| Network Lab |
Université Abdelhamid Ibn Badis Mostaganem |
| Network layer and collaboration protocols for ad hoc cognitive radio networks. |
George Mason University |
| Network Monitoring in Cloud |
University of California, Riverside |
| Network on Demand For Cloud of Things |
Oregon State University |
| Network optimization in geo distributed queries |
University of Wisconsin-Madison |
| Network Overlay-related Research |
Columbia University |
| Network Performance Analyzer |
Clemson University |
| Network Security Course |
Qatar University |
| Network Security Experiments |
Texas A&M University-Corpus Christi |
| Network Security in Developing World |
Information Technology University |
| Network security project |
University of Colorado Boulder |
| Network Simulation |
University of Washington |
| Network Slicing and Frequency Sharing |
The University of Edinburgh |
| Network Stack Offloading on SoC-based smartNIC |
Internet Initiative Japan Research Laboratory |
| Network Stacks on Edge |
Georgia Institute of Technology |
| Network Tomography |
Princeton University |
| Networked Subsurface Mapping |
University of Vermont |
| Neuroscience Data Cloud |
Case Western Reserve University |
| New Attribute Based Encryption scheme testing |
New Mexico State University |
| New messaging method for faster inter service communication |
University of California, Santa Cruz |
| NEw routing algorithms over Xpander datacenter |
Hebrew University of Jerusalem |
| New software stack for datacenter application |
Georgia Institute of Technology |
| New TCP for real-time, multicast, highspeed |
Princeton U |
| new-cc-algorithm |
New York University |
| NF placement and resource allocation |
huazhongkeji university |
| NFactor |
Facebook |
| NFV deployment using Openstack and tosca |
Karlstad University |
| NFV Security |
Clemson University |
| nfv-sec |
University of California, Davis |
| NFV-test |
Jilin Univ. |
| Nimbus Cloud Computing |
University of Chicago |
| NMSL |
University of Missouri-Kansas City |
| NO |
Clemson University |
| Non-Determinism in Deep Learning System |
Columbia University |
| Non-photorealistic rendering |
Princeton University |
| Non-Volatile Memory |
Shanghai Jiao Tong University |
| None |
Pohang University of Science and Technology |
| NoobaaCaching |
Ben-Gurion University of the Negev |
| NorNet |
Simula Metropolitan Centre for Digital Engineering |
| Nova LSM w Accordion |
University of Southern California |
| NrOS AE |
Virginia Polytechnic Institute and State University |
| NSF Computer Systems Research Internet of Things Healthcare embedded medical systems |
Pittsburgh Technical College |
| NSFCloud For Everyone Workshop |
The University of Utah |
| NSH Routing |
Braunschweig University of Technology |
| Nulitics Location Based Analytics |
University of Pretoria |
| Numerical Deep Learning Experiments |
University of Wisconsin-Madison |
| NVF |
University of Massachusetts Lowell |
| NVM caching |
University of Wisconsin-Madison |
| nvram |
NJIT |
| O-CU Bracket Testing |
VIAVI Solutions |
| OASIS |
University of Puerto Rico |
| Object Detection for autonomous drones |
University of Wisconsin-Madison |
| Object Relational Model in DBMS |
University of Wisconsin-Madison |
| Object Store in Tandem with File system |
University of Wisconsin-Madison |
| Observing Energy Draw of HPC Compression |
Clemson University |
| OCT FPGA P4 |
University of Massachusetts Amherst |
| ODISSEIA (Open DISaggregated and SoftwarizEd InfrAstructure) |
Federal University of Pampa |
| Offloading |
University of California, Riverside |
| OMEC-DEMO |
University of North Carolina at Charlotte |
| On demand policy deployments |
New York University |
| On Model for Low-Rate Shrew DDoS |
University of Sci. & Tech. Beijing |
| On-demand Nested Virtualization for Live-Refreshing Cloud Systems |
The University of Tokyo |
| OneDataShare |
University at Buffalo, State University of New York |
| OneLab test project |
University Pierre et Marie Curie |
| Online Hybrid Congestion Control |
Johns Hopkins University |
| ONOS MCORD TRIAL |
tmrnd.com.my |
| OOPSLA23 Artifacts Evaluation - Paper 11 |
ETH Zurich |
| Open Cloud Testbed |
University of Massachusetts Amherst |
| Open-Source Prototyping of Advanced Wireless Systems for Smart Agriculture and Connected Rural Communities |
Iowa State University |
| OpenDLB |
University of California, Merced |
| Opening up the cellular network black box |
Stanford University |
| OpenLambda |
University of Wisconsin-Madison |
| OpenLambda - Exploring Serverless Computing |
University of Wisconsin |
| OpenLambda Memory Manager |
Grad Student |
| OpenLambda+gVisor |
University of Wisconsin-Madison |
| OpenNetVM Tutorial |
University of Colorado Colorado Springs |
| Openstack |
San Jose State University |
| OpenStack Experimentation |
CyVerse |
| Openstack Swift experimentation with Cords |
University of Wisconsin-Madison |
| OpenStack Tutorial |
University of Missouri-Kansas City |
| Openstack-helm deployment |
Carleton University |
| Operating system for understanding NVM |
Rutgers University |
| Operational discoverie, honeyclient |
The MITRE Corporation |
| optimal predictive task scheduler |
University of Wisconsin-Madison |
| Optimal Scheduling Algorithm for Inter Data Center (DC) Traffic using P2P approach |
University of Southern California |
| optimisation for distributed DB |
tshwane university of technology |
| optimization |
University of Florida |
| Optimization Challenges in the Operation of the Future, Federated Internet |
University of Vienna |
| Optimization for federated learning |
George Mason University |
| Optimization of Data-Driven Applications |
University of Chicago |
| Optimization of TCP |
CUHK |
| Optimize read latency with remote learned index cache |
University of Illinois at Urbana-Champaign |
| Optimize read latency with remote learned index cache (HBase) |
University of Illinois at Urbana-Champaign |
| Optimized Scheduling of Scientific Jobs with Apache Mesos |
SUNY Binghamton |
| Optimizing Base Station Switching for Stability |
The University of Texas at Austin |
| Optimizing CephFS for Columnar Granularity |
Princeton University |
| Optimizing Cloud Hadoop |
Stony Brook University |
| Optimizing Data-intensive computing in virtualized environments |
University of Minnesota-Twin Cities |
| Optimizing Model Partition in TensorFlow |
Stony Brook University |
| Optimizing operating system kernel for high performance container network |
Kennesaw State University |
| Optimizing the latency, accuracy, and cost of dispersed real-time analytics in resource-constrained environments. |
University of Minnesota-Twin Cities |
| Orchestration of several docker hosts to run data streaming and machine learning applications |
Institute of Information Technology |
| Orchestration Stack for LEO Satellite Compute |
Georgia Institute of Technology |
| Organizational sharing with privacy preservation |
University of Nevada Reno |
| OSDI Artifact evaluation |
The Arctic University of Norway |
| OU cloud lab |
Oakland University |
| Out-of-core graph processing |
EPFL |
| Out-of-distribution Detection for Cyber-Physical Systems with Reinforcement Learning Control |
Stony Brook University |
| Ove is a protocol which allows two or more clusters of nodes running a Byzantine Fault Tolerant consensus protocol to communicate with each other in a byzantine fault tolerant way. |
University of California, Berkeley |
| p2p architecture of distributed machine learning |
Case Western Reserve University |
| P2P Networking Sudies |
University of Victoria |
| P2P protocols for video on demand |
University of Houston |
| P2P Streaming in Heterogeneous Networks |
University of California, Irvine |
| P4 Program Analysis and Description |
University of Wisconsin-Madison |
| P4 Project |
University of Pennsylvania |
| P4-based SDN architecture |
Universitat Politecnica de Catalunya |
| packet value pie algorithm |
Karlstads university |
| Paging across machines |
Texas A&M University |
| Parallel and Cloud Computing |
Rochester Institute of Technology |
| Parallel File System Optimization |
University of Illinois at Urbana-Champaign |
| Parallelism of Zero-Knowledge computation through epoch parallelism. |
Georgia Institute of Technology |
| Parallelizing Coalescent Applications in Population Genetics |
Universidad Autonoma de Barcelona |
| ParallelRDFQueryProcessing |
University of Missouri-Kansas City |
| Paris traceroute |
Universite Pierre et Marie Currie-LIP6, CNRS |
| PaSh is a system for parallelizing POSIX shell scripts, hosted by the Linux Foundation. |
Massachusetts Institute of Technology |
| Password Management With Bilateral Actions via Trust. This project focuses on bilateral management of user accounts and passwords - users and the services platform themselves. |
Carnegie Mellon University |
| Patwari Digital Communications course project |
Washington University in St. Louis |
| PDC projects for student research |
University of Southern Indiana |
| PeDEL study of CloudLab usability |
The University of Utah |
| Peeking behind Serverless Project |
University of Wisconsin-Madison |
| Peering at IXPs |
University of Central Florida |
| Penn Research in Real-Time Cloud and the Internet of Things |
University of Pennsylvania |
| Penn State Cloud Computing Research |
Penn State University |
| People Counter |
Mobilads LLC |
| Performance Analysis for Applications Using RDMA |
The Ohio State University |
| Performance Analysis of Different Hardware Architectures in a Heterogeneous Computing Platform |
Boston University |
| Performance Benchmarking |
DISA |
| Performance Comparison of MapReduce vs. Spark using Hibench |
Stony Brook University |
| Performance Counters for Hardware Resource Scheduling |
Carnegie Mellon University |
| Performance evaluation of Ceph tiering mechanism |
University of California, Santa Cruz |
| Performance evaluation of Ceph tiering mechanism |
University of California, Santa Cruz |
| Performance evaluation of WIC abstraction |
EPFL |
| Performance management of virtualized resource pools |
University of Calgary |
| Performance of Scalable and distributed Hyperledger Ledger Fabric for Internet of Things |
PhD Student |
| Performance Optimization of E-Commerce Architectures |
University of Calgary |
| Performance Prediction for Never Seen Before Distributed Machine Learning |
Rochester Institute of Technology |
| Performance study of NFS over wireless links and performance improvments obtained from using protocol level gateways. |
IBM Research Lab, India |
| Performance Testing for Serverless Applications |
The University of Texas at San Antonio |
| Performance Testing of Beacon OpenFlow controller |
Stanford University |
| Performing FDI in Modular Aerial Systems and Vehicle Platoons |
University of Pennsylvania |
| Performing simulated cyber-attacks to evaluate security resilience of large IT infrastructures |
School of Electrical Engineering and COmputer Science, National University of Science and Technology |
| Peter Desnoyers - test project |
Northeastern University |
| PFSCheck |
University of Illinois at Urbana-Champaign |
| PKIChain |
Information Technology University of Punjab |
| Place data and replication smartly. |
University of Florida |
| PLDI 2023 Artifact Evaluation |
National University of Singapore |
| PoC for a decentralized system to prevent roaming fraud in cellular networks |
Indian School of Mines |
| Policy allocation in SDN |
National University of Singapore |
| Powder Stop |
The University of Utah |
| Power based speedup |
Clemson University |
| Power of d choices |
University of Illinois at Urbana-Champaign |
| Practical and Robust Privacy Amplification with Multi-Party Differential Privacy |
Purdue University |
| Practical memory disaggregation |
University of Cyprus |
| Practical Secure Multiparty Deep Learning |
Lehigh University |
| Practice for Spring 19 |
University of Illinois at Chicago |
| Pre-stack optimization by XDP |
Peking University |
| Predicting and alerting user when an anomaly is detected in cloud infrastructures |
North Carolina State University |
| Predicting DNN Training Resource Requirements on Serverless Infrastructure |
University of Waterloo |
| Predicting Query Time in Cloud |
University of Wisconsin-Madison |
| Predictive Routing |
Clemson University |
| Prefetch Thread in Java |
University of California, Los Angeles |
| PRIDE |
Columbia University |
| PRIME: Pervasive-Rest run-tIMe Environment |
Politecnico di Milano |
| PRISM: primitives for remote memory access |
Microsoft Research / University of Washington |
| Privacy Compliance by Construction for Database-backed Web Applications |
Brown University |
| privacy preserving computing |
Boston University |
| Private Computing on Public Clouds |
SMU |
| Private Information Retrieval for DNS |
Northwestern University |
| Proactive Auto-scaling for Containerized ML Inference Pipelines |
Queen Mary University of London |
| Profiling and analyzing AI data pipeline |
University of Illinois at Urbana-Champaign |
| Profiling and improving tail latencies for Hermit's Physical Page Allocation subsystem. |
University of California, Los Angeles |
| Profiling GPU applications to understand better power management strategies |
Carnegie Mellon University |
| Profiling GPU-based applications to identify hardware bottlenecks |
Carnegie Mellon University |
| Program Composition for Embedded Systems |
Lockheed Martin Corporation |
| Programmable router primitives |
University of Wisconsin-Madison |
| Programmable System for Performance-aware Routing |
University of Goettingen |
| Project for ACM SIGCSE Workshop 2019 |
Clemson University |
| Project for Familiarization and Learning |
University of Missouri-Kansas City |
| project for primoGENI GEC10 tutorial |
Florida International University |
| Project for the OSDI 2021 Artifact Evaluation Process |
National University of Singapore |
| Project on adding a Machine Learning component to Magma Core |
Rice University |
| Project related to cloud computing class |
Universita' del Piemonte Orientale |
| Project S2: CS740 Spring 2018 |
University of Wisconsin-Madison |
| Project to allow POWDER submissions to CNERT 2021 to be reproduced |
The University of Utah |
| Project to be developed with graduate students in the Computer Networks course |
State Center of Technological Education Paula Souza - Faculty of Technology Jales |
| Project to introduce my IT 379 students at ISU to cloud computing |
Illinois State University |
| Project to introduce my IT 379 students at ISU to cloud computing |
Illinois State University |
| Project to kick-start the porting of JASMIN Cloud software to OpenStack. |
Science and Technology Facilities Council |
| project to test proteus tutorial |
student at Shanghai Jiao Tong University |
| Projects for DS420 Big Data |
Elizabethtown College |
| project_sec |
Clemson University |
| Provenance collection for GENI |
Indiana University Bloomington |
| Provide consistent performance to Virtualized Applications by minimizing inter- and intra-application interference and by ensuring placement and resource allocation in accordance with the VAs' structural and semantic requirements. |
University of North Carolina at Chapel Hill |
| Providing cloud tenants with more control |
University of Southern California |
| ProxyWeb-Int |
Carnegie Mellon University |
| PSC Cloud Infrastructure Evaluation |
Pittsburgh Supercomputing Center |
| PSSP: Proof-of-Space algorithm on arbitrary scaled cloud infrastructure |
University of Colorado Boulder |
| PSU Applied Research Laboratory Expoloratory Project |
The Pennsylvania State University |
| Public DHT Service |
Carnegie Mellon University |
| Purdue Internet Systems Lab Test |
Purdue University |
| Pure-software containers that provide deterministic results on any machine, at any time |
Indiana University Bloomington |
| Pythia: Large-Scale Simulation-Based Resource Scheduling for BigData Frameworks |
Virginia Polytechnic Institute and State University |
| Python HAC Value Normalization |
University of Wisconsin-Madison |
| Quality-of-service for High Performance Computing Storage |
Texas Tech University |
| Quantifying network characteristics of userspace TCP stacks for compute accelerators |
University of Washington |
| Quantifying OS overheads in big data stacks |
University of Wisconsin-Madison |
| Query optimization |
University of Wisconsin-Madison |
| Query processing on Basil |
University of California, Berkeley |
| Quick experimentation with Kubernetes based NFV |
Universidade Federal de Minas Gerais |
| Quick floating point problem detector |
U of U |
| QuicTor |
Qatar University |
| quiver with serverless |
The University of Edinburgh |
| Radio Frequency Localization |
Florida Atlantic University |
| raft-priority |
Tianjin University of Technology |
| Ramsey Search |
University of California, Santa Barbara |
| ray |
The University of Texas at Austin |
| Ray Deployment and Test on Cloud |
University of Illinois at Urbana-Champaign |
| RDD Reuse |
Northeastern University |
| RDMA based key value store research |
University of Pennsylvania |
| RDMA Congestion Control |
Purdue University |
| RDMA Emulation in User Space Using DPDK |
Cornell University |
| RDMA for spark |
University of Wisconsin-Madison |
| RDMA-acclerated GPU inferencing |
Royal Institute of Technology |
| RDMA-Based Databases |
Purdue University |
| RDMA_Research |
The University of Utah |
| RDMA_SC |
Georgia Institute of Technology |
| RDMC: Multicast at the speed of light |
Massachusetts Institute of Technology |
| Read, write, and interact with data in the Digital RF and Digital Metadata formats |
Massachusetts Institute of Technology |
| Real-Time Container Framework |
University of Illinois at Urbana-Champaign |
| Real-time systems research |
University of Pennsylvania |
| Real-Time Tweets Analysis |
Inonu University |
| Realization paper novalsm |
Nankai University |
| Realizing Microservices and High Performance Computing |
Boston University |
| Receiver-side mechanisms to address unfair TCP senders |
Carnegie Mellon University |
| Recovery time objective for the LSM based databases |
Penn State University |
| RedN |
TUM |
| Reducing Energy Consumption in Internet Data Centers |
University of Illinois at Urbana-Champaign |
| Reducing energy use of content datacenters |
University of Massachusetts Amherst |
| Reg cache research |
University of Wisconsin-Madison |
| regex on dpu |
Università La Sapienza |
| Reliable UDP in ECHO |
Georgia Institute of Technology |
| Remote Memory |
graft |
| Remote NVMe SSDs with SmartNIC |
Shanghai Jiaotong University |
| RepeatJdart2016v4 |
Nanjing University |
| Replace PLFS Metadata server with RADOS object store |
University of California, Santa Cruz |
| Reproduce AIFM results |
University of California, Berkeley |
| Reproduce SIGCOMM22-SPRIGHT |
Peking University |
| Reproduce the codes of AIFM |
Tsinghua University |
| Reproduce the result of SIGCOMM Homa Paper |
University of Washington |
| reproduce-hire-paper |
Nanyang Technological University |
| Reproducibility |
Imperial College London |
| Reproducing the Performance Evolution of Linux Core Operations |
University of Wisconsin-Madison |
| Reproducing the Performance Evolution of Linux Core Operations |
University of Wisconsin-Madison |
| Reproduction of SIGCOMM22 SPRIGHT |
Peking University |
| Reproduction of the Database Index Project Bourbon |
Sun Yat-Sen University |
| research |
University of Kabianga |
| Research exploring which policies for core allocation and load balancing enable the best combination of low latency and high CPU efficiency. |
University of California, San Diego |
| Research on architecture and mechanisms for future Internet |
Tsinghua University |
| Research on Index selection for Big Data Analysis |
Huazhong University of Science and Technology |
| Research on Website Fingerprinting on QUIC |
Agency for Science Technology And Research (A*STAR) |
| Research Project A - Implementing DRL AQM and DRL MPTCP |
Deakin University |
| Research project about cloud computing |
University of Wisconsin-Madison |
| Research projects for students |
The University of Texas at Austin |
| Research to discover what the UofU Enterprise Hybrid Cloud project might learn from CloudLab |
The University of Utah |
| Research Topics in Computer Networks; CS8320 |
Auburn University |
| Researching security of 5G in the context of IoT |
Agile PQ |
| ResilientDB: Global-Scale Privacy-Preserving Blockchain Fabric |
University of California, Davis |
| Resource Allocation for NFV over hybrid nets |
University of Maryland, College Park |
| Resource management in Federated Cloud |
IIT Guwahati |
| Resource-aware federated learning using neural network architecture search |
Iowa State University |
| Responsible AI Engine aims to facilitate the research of fairness, accountability, transparency, and ethics in AI |
University of North Texas |
| Rethinking Data Center Racks |
University of California, San Diego |
| Rethinking Datacenter Abstractions with Ulambda |
Massachusetts Institute of Technology |
| Rethinking End-to-End SSD Storage |
Stanford University |
| Retrofitting Operating Systems and Applications for Emerging Disaggregated Data Center Deployments |
University of California, Santa Cruz |
| Retrospective Bayesian Famework for Visiual Perception |
Princeton University |
| RiskMngt |
Naval Postgraduate School |
| RL for Networking Research |
Microsoft Research |
| Rob CloudLab Test |
The University of Utah |
| Ropnn: Detection of ROP Payloads Using Deep Neural Networks |
Penn State University |
| Router Securtiy |
Institute of Computering Technology |
| Run AIFM experiments |
Illinois Institute of Technology |
| running benchmark for a paper submission |
University of Wisconsin-Madison |
| Running Diaspora Distribued OSN experiments on GENI |
University of California, Davis |
| Running RDMA scripts for DCQCN benchmarking on cluster |
University of Illinois at Chicago |
| Running software hardware codesign for ML/DL models. |
The University of Texas at Austin |
| Runs Pyret tests against multiple implementations |
Brown University |
| Runtime verification of Raft-based storage systems |
University of Illinois, Urbana-Champaign |
| Rust_Arkouda |
Illinois Institute of Technology |
| RVDNN |
East China Normal University |
| RWRAN |
Stackpath |
| Sam's undergraduate research on RDMA with professor Akella's group |
University of Wisconsin-Madison |
| Santa: Faster Packet Delivery for Commonly Wished Replies |
COMSYS RWTH University |
| SBU AMS560 hand-on homework on cloud computing |
Stony Brook University |
| SC AEC evaluation |
Florida State University |
| SC21 Artifact Evaluation |
ETH Zurich |
| Scala Bug Finder |
University of California, Los Angeles |
| Scalability analysis of a P2P network |
Florida State University |
| Scalability analysis of edge clouds |
Rutgers |
| Scalable agreement |
The University of Texas at Austin |
| Scalable and Fault-Tolerant Microservices for the O-RAN Control Plane |
UTFPR - Federal Technological University of Parana |
| Scalable Machine Learning for Arabic Data Management |
Umm Al-Qura University |
| Scalable MKL |
The University of Utah |
| Scalable Quality-of-Service Control for the Next Generation Internet |
University of Massachusetts |
| Scalable RPC |
The Chinese University of Hong Kong |
| Scalable State Machine Replication |
Università della Svizzera Italiana |
| Scalable, Extensible, and Safe Monitoring of GENI (S3MONITOR ) |
Hewlett Packard |
| Scale up with Hadoop |
University of Wisconsin-Madison |
| ScaleKV : A scalable key value store |
University of Toronto |
| Scaling Big Data systems using novel advances in hardware such as GPU and FPGA |
University of Massachusetts |
| Scaling containers |
University of Wisconsin-Madison |
| Scaling FaaS |
Indian Institute of Science |
| Scaling up EM |
University of Wisconsin-Madison |
| SciDAS |
RENCI |
| Scure computation IDS |
Ariel University |
| SDI testing of small cluster |
NCSA |
| SDN |
Institute of Business Administration |
| SDN |
San Jose State University |
| SDN and CloudLab |
Clemson University |
| SDN and IoT Research |
Columbia University |
| SDN for Bioinformatic Data and Pipelines |
University of Chicago |
| SDN loadbalancer |
San Jose State University |
| SDN protyping and testing for MTech thesis students |
Karunya University |
| SDN RYU |
Wolkite University |
| SDN test for ClickOS |
SJSU |
| SDN Testbed |
North Carolina Agricultural and Technical State University |
| SDN/NFV Security |
Clemson University |
| Seattle Test Project |
NYU |
| SecARM |
Columbia University |
| Secure and private execution of JOIN queries in the outsourced database model |
Boston University |
| Secure and Verifiable Big Data Life Cycle in Cloud Computing |
Embry-Riddle Aeronautical University |
| secure cloud |
National Chung Cheng University |
| Secure Communication Based on Robust 3D Localization |
Technical University of Crete |
| Secure dedup combine cloud and client |
Saint Mary's University of Minnesota |
| Secure Disaggregated Memory |
Virginia Polytechnic Institute and State University |
| secure multi-party computation over polynomials |
Purdue University |
| Secure Storage Systems |
University of Wisconsin-Madison |
| Secure, Scalable and Fault Tolerant Cloud Storage |
Cornell University |
| securing a server from attack |
PET Engineering college |
| Securing MTD using Monitors and different strategies |
Graduate Research Assistant |
| Securing the acces to Telework network in the use case of Electronic Documents Management |
Université Abdelhamid Ibn Badis de Mostaganem |
| Security Automation for Containerized Environments |
Sriram Sankaran |
| Security Cloud |
Federal University of Minas Gerais |
| Security Exercises Involving BGP Prefix Hijacks |
Colorado State Univeristy |
| Security for Scada Systems |
Howard University |
| Security in Advanced Networking Technologies |
Clemson University |
| Security in Trusted SCADA and Smart Grids |
University of Rome "Tor Vergata" |
| Security Issus in Cloud, IoT, SDN |
Marist College |
| Security service as NFV |
SJSU |
| Security solutions for the cloud |
Rice University |
| Security Testing of eBPF Functions for Cloud Platforms |
George Mason University |
| Self Managed Moble Cells |
Imperial College London |
| Self-managed systems for data stream processing |
Boston University |
| Self-stabilizing Byzantine Tolerant MVC |
University of Cyprus |
| Self-tuning of concurrency in Hadoop based on resource interference |
University of Florida |
| Senior Design CS551 |
Stevens Institute of Technology |
| Senior Design using srsLTE/OpenAirInterface |
Iowa State University |
| SenseAid |
Purdue University |
| Sentiment Analysis for Twitter feeds |
University of Wisconsin-Madison |
| sentitrak |
Texas A&M University-Corpus Christi |
| Sequential Gradient Coding |
University of Toronto |
| Serveless Research on Resource Disaggregation |
Tianjin University |
| Serverless and cloud computing at NTU Singapore |
Nanyang Technological University Singapore |
| Serverless Computing on SmartNICs |
Indiana University Bloomington |
| Serverless computing: Openwhisk |
North Carolina State University |
| Serverless deployments - Performance characterization |
University of Thessaly |
| Serverless extension of kubernetes |
Peking University |
| Serverless P2P Infastructure |
Michigan State University |
| Serverless Pipeline |
Peking University |
| Serverless platform |
University of Wisconsin-Madison |
| Serverless Platfroms Deplyment |
University of Mazandaran |
| Serverless Scheduling on Slack Resources |
Eidgenoessische Technische Hochschule Zurich (ETH Zurich) |
| Serverless with RDT |
University of Rhode Island |
| ServerlessB5G |
Universität Bern |
| Service Centric Networking for Challenges Decentralised Network |
University of Cambridge |
| Service Clouds |
Michigan State University |
| Service Detection Research |
Clemson University |
| Service Function Chaining for server centric architectures |
Instituto Federal do Espirito Santo |
| Service Mesh Benchmarks |
Duke University |
| Services for Intrusion Tolerant AdHoc Networks |
Computer Science Dep - Faculty of Sciences and techology. UNL |
| Services in support of socially-aware distributed sytems |
University of South Florida |
| ServiceX |
University of Illinois at Urbana-Champaign |
| SetSimilarity |
University of Wisconsin-Madison |
| Setting up a remote 5G testbed for educational and experimentation purposes |
Center for Research and Technology Hellas, CERTH |
| Setting up cluster on CloudLab |
Stony Brook University |
| SEVerless |
Nanyang Technological University |
| Shared memory support in serverless cloud |
University of California, Riverside |
| Shared memory support in serverless cloud |
University of California, Riverside |
| Shimmy Research |
University of Colorado Boulder |
| SIGCOMM 2018 Hackathon |
Lancaster University |
| Sigcomm 2021 |
Universitat Politècnica de Catalunya |
| SIGCOMM 22 Artifact Evaluation |
Princeton University |
| Sigcomm artifact evaluation |
University of Illinois Urbana-Champaign |
| SIIS Laboratory Experiments |
Pennsylvania State University |
| SIMD code generation for stencils on brick decompositions |
The University of Utah |
| Simulate dwell time variation for SSD |
Carnegie Mellon University |
| simulated project |
ENSIAS |
| Simulating SmartNIC based virtualized cloud server connections |
Texas A&M University |
| Simulation of 5G Core Network testbed |
Samsung Research America |
| Simulation of drones for providing wifi connectivity within college |
Prasad V.Potluri Siddhartha Inst. of Tech., |
| Simulation on PBFT |
Trinity College Dublin, University of Dublin |
| slicenet |
CNIT, Italy |
| Smart Allocation of Remote Memory Over RMDA |
Texas A&M University |
| Smart Applications on Virtual Infrastrcuture |
University of Toronto |
| Smart Citizen |
University of Missouri-Kansas City |
| Social media analytics for understanding and modeling behavioral trends in crisis |
The University of Utah |
| Software defined Concurrency control of job/task for performance optimization in Hadoop |
University of Florida |
| Software Defined Networking |
Universidad de Talca |
| Software Defined Networking for Enhanced Quality of Experience in Multimedia |
Ozyegin University |
| Software Defined Radio |
The University of Utah |
| Software Defined Systems |
University of Florida |
| Software Defined Systems |
University of Florida |
| Software performance evaluation |
Software Engineering Group, Department of Computing Science, School II, University of Oldenburg |
| Software-defined monitoring in Data Center Network |
City University of Hong Kong |
| Software-defined wide area network vulnerabilities and threat assessment |
City University of New York |
| SoS as a Service |
Federal University of Parana |
| SOSP21 Artifact Replication #108 |
Eidgenössische Technische Hochschule Zürich |
| Source driven migration for NovaLSM |
University of Southern California |
| Space Science Engineering Center Atmospheric SIPS |
University of Wisconsin-Madison |
| Spark |
Stony Brook University |
| Spark basemod smrtanalysis |
Clemson University |
| Spark Provenance Management - Reproducibility for Spark Applications |
Universidade Federal Fluminense |
| Spark Streaming Autotuning |
University of Wisconsin-Madison |
| Spark vs Others Benchmarking |
University of Wisconsin-Madison |
| SparkDev |
University of California, Santa Cruz |
| SparkFHE |
Rochester Institute of Technology |
| Spatiotemporal Data Management with Dynamic Constraints |
Purdue University |
| Spectrum Aware Cloud Offloading |
Electrical & Computer Engineering, Stevens Institute of Technology |
| Spectrum Characterization and Occupancy Sensing System |
US Department of Commerce: NTIA-ITS |
| spectrum coexistence testing |
FFRDC |
| Spectrum Collaboration Challenge Project |
Johns Hopkins University Applied Physics Laboratory |
| Spectrum Sensing with Crowdsourced Spectrum Sensors |
Stony Brook University |
| Speeding up serverless systems w.r.t startup, execution, and cleanup |
University of California, San Diego |
| SRC Prism - McDaniel |
University of Wisconsin-Madison |
| srsran-handover |
Multimedia University |
| SSD experimentation |
University of Wisconsin-Madison |
| SSD Key Value Project |
University of Wisconsin-Madison |
| Standards Acceleration to Jumpstart Adoption of Cloud Computing |
Texas Tech University |
| State machine replication using RDMA, instead of TCP-based communication |
Swiss Federal Institute of Technology Lausanne (EPFL) |
| Steijn senior thesis research |
CISC Dept; Univ of Delaware |
| Stochastic Modeling for Virtual Network Function Processing in Open RAN |
University of Mississippi |
| Storage and Energy-Efficient Cloud Computing |
ENSIAS |
| Storage research group at Sun Yat-Sen University |
Sun Yat-Sen University |
| Stork for Cloud: A Cloud hosted Data Transfer and I/O optimization Service |
University at Buffalo, State University of New York |
| Storm Tuner |
George Washington University |
| strategy to reduce peak traffic for Content-Distribution-Network edge cache |
Princeton University |
| Streaming Data Ingestion Study |
Purdue University |
| Streaming Matrix Approximations |
The University of Utah |
| Stress Test AWS Environment for class |
Clemson University |
| Structured prediction for biological processes |
The University of Utah |
| Student Learning Opportunity |
Southwest Mississippi community College |
| Student Projects |
Clarkson University |
| Students and others doing internships with the University of Utah |
The University of Utah |
| Study capabilities of Cognitive Radios |
Wichita State University |
| Study latency changes with different hosting locations |
University of Colorado Boulder |
| Study of a Byzantine-tolerant P2P-TV infrastructure |
Universita`di Trento, Diaprtimento di Ingegneria e Scienza dell'Informazione |
| Study of Docker and related container technology |
University of Wisconsin-Madison |
| Study of the ONOS and P4 language using RiaB. |
University of Thessaly |
| Study on arm and x86 kvm unit test |
Columbia University |
| study SSL vulnerability due to TCP |
The University of Utah |
| Study TCP Throughput Collapse |
CS Division |
| study the dmclock algorithm in Ceph |
University of California, Santa Cruz |
| study the quality of services in the Cloud |
Free University of Bolzano |
| Study the scalability of MXNet distributed infrastructure |
Stony Brook University |
| Study unauthorized wireless access |
The University of Utah |
| Studying the motion planning and control problems. |
The University of Utah |
| Studying Yelp Dataset |
University of Wisconsin-Madison |
| Subset Digest |
Stanford University |
| Summer School Cloud and BigData Cameroon |
INPT |
| SUNY-Cloud |
Assistant Professor of CS at State University of New York at Plattsburgh |
| Supercomputing Reproducibility committee test |
Argonne National Laboratory |
| Supersuper Fast and Efficient HashTable |
Tsinghua University |
| Support to run Kubernetes on Kubernetes in Magnum |
Catalyst Cloud |
| Supporting rapid experimentation for low level system performance evaluation. |
University of Illinois at Chicago |
| SUT Aiyara Hybrid Cloud |
Suranaree University of Technology |
| Swiftbuffer |
University of Wisconsin-Madison |
| SYNC |
Johns Hopkins University |
| Synthesizing network designs with certifiable performance properties |
Purdue University |
| System call interception for improving storage |
University of Wisconsin-Madison |
| System Measurement Project |
University of California, San Diego |
| Systemic characterization of service mesh |
The University of Texas at Austin |
| Systems for Artificial Intelligence Lab |
Georgia Institute of Technology |
| Systems stack for networking, storage and machine learning |
The University of Edinburgh |
| Taiwan NCHC testbed Project Upgrade |
Student |
| Tapestry |
University of California, Berkeley |
| Task Scheduler for Serverless Platform Providers |
Johns Hopkins University |
| Taxonomy of threading models |
University of Michigan |
| TCC-Cavalheiro |
Univercidade do Estado de Santa Catarina |
| TCP and UDP based data transfer performance evaluation |
University of Missouri-Kansas City |
| Teaching a PhD class at U Vienna |
Polytechnic Institute of NYU |
| Teaching cloud computing |
Universita' del Piemonte Orientale |
| Temporary accounts to support Cloud Plugfest tutorial sessions |
Texas Tech University |
| Tensorflow device placement with reinforcement learning |
Massachusetts Institute of Technology |
| test |
University of Pittsburgh |
| test |
Saint Louis University |
| test |
NXM Labs Inc. |
| Test account for testing ACM artifacts |
Ecole Nationale de l'Aviation Civile |
| Test bed for U of Utah Center for High Performance Computing Center staff to explore use of cloud resources in HPC environments |
The University of Utah |
| Test CloudSuite v3 on ARM processors |
Stony Brook University |
| test for NV |
Andong Natioanl University |
| test for storage |
National Taiwan University of Science and Technology |
| Test lvd performance |
Shanghai Jiao Tong University |
| Test Mobile core |
UPC Catalunya |
| Test my Network Security |
Harbin Institute of Technology |
| Test OpenStack |
Rutgers University |
| Test Palisade FHE operations |
University of Pennsylvania |
| Test Project |
University of California, Santa Barbara |
| Test project for Rado |
BU |
| test rdma on cloud lab |
University of California, Riverside |
| Test the DAIFM System |
Nankai University |
| Test the state-of-the-art isolation solution (Justitia, in NSDI 2022) |
Duke University |
| Test the tofino switch. |
University of Electronic Science and Technology of China |
| Test to see how this can be used to further enable researchers at UCR. |
University of California, Riverside |
| Testbed technology experimentation |
University of Chicago |
| Testbeds Evaluation and Comparaison (Emulab, PlanetLab, Grid'5000, DAS'3) |
Laboratoire d'Informatique de Grenoble, University of Grenoble |
| Testing access to Tofinos |
Intel Corporation |
| Testing Alternative Far Memory Implementations based on AIFM |
University of Kansas |
| Testing and benchmarking my own ideas and as well as the state of the art methods |
Chalmers tekniska högskola |
| Testing and comparing computer vision models for adversarial image generation |
Georgia Institute of Technology |
| testing bare-metal provisioning for HPC |
National Optical Astronomical Observatory |
| Testing BBR v2 |
University of Michigan-Dearborn |
| Testing brokering and crawling solutions for EarthCube |
National Snow & Ice Data Center, Cooperative Institute for Research in Environmental SciencesUniversity of Colorado |
| Testing Bundler project artifact |
Massachusetts Institute of Technology |
| Testing Cloudlab and OpenStack on Cloudlab |
Mass Open Cloud / BU |
| Testing deployment of WiNGS workloads in the cloud(lab) |
University of Wisconsin |
| Testing different Loads in NFV |
Indian Institute of Technology, Madras |
| Testing Distributed Cloud Computing on Cloudlab |
Clemson University |
| Testing Distributed Fuzzer Hopper |
The University of Utah |
| Testing distributed systems from the Mace project |
Purdue University |
| Testing fairness in distributed protocols |
Technion, EE |
| Testing how to leverag the cloud environment |
Clemson University |
| Testing lab work for a hands-on lab based networking course |
Rochester Institute of Technology |
| Testing Latency and Throughput of Intel Optane NVRAM |
University of Rhode Island |
| Testing M-CORD scenario for Autoscaling VNFs |
Shawnee State University |
| testing openflow topologies |
The University of Utah |
| Testing ORCA resources for Nowcasting |
University of Massachusetts Amherst |
| Testing our genomics and epigenetic pipeline performance on a private cloud architecture |
Van Andel Institute |
| Testing query implementation on tpcc |
University of California, Berkeley |
| Testing RDMA |
University of Missouri |
| Testing technologies before incorporating in the AERPAW project |
North Carolina State University |
| Testing the ability of CloudLab sites to connect to PEERING Nodes |
Columbia University |
| Testing the FIRM paper using Openshift logs |
Boston University |
| Testing the implementation of a scalable QUIC server |
Georgia Institute of Technology |
| testopennetvm |
University of Minnesota-Twin Cities |
| Test_Cloud_lab |
NYU |
| Tetris on Spark |
University of Wisconsin-Madison |
| Texas Tech High Performance Computing Center Test Cluster |
Texas Tech University |
| Text and sentiment analysis of online reviews |
The University of Utah |
| The Agave Platform: An Open Science-As-A-Service Cloud Platform for Reproducible Science |
University of Texas |
| The CPS/IoT Ecosystem |
TU Wien |
| The evaluation of various virtualization |
University of Florida |
| The first APL srsLTE Throughput study |
JHU APL |
| The goal of this project is to democratize genome sequence analysis using CloudLab. |
University of Missouri |
| The goal of VIRO is two-fold: i) support -- with minimal manual configuration -- (future) large, dynamic networks; and ii) to meet the high availability, robustness, mobility, manageability and security requirments. |
University of Minnesota-Twin Cities |
| The Homa network transport protocol |
Stanford University |
| The impelentation of 2PC commit protocol with one-sided RDMA operations |
Peking University |
| The Jellyfish Data Center Network Architecture |
University of Illinois at Urbana-Champaign |
| The Legume Federation is an NSF project (link is external) to build a federation of legume databases through data standards, distributed development and comparative analysis, to support research across the legume plant family. |
USDA-ARS |
| The network would like to be used for experimenting with the openflow/ software. |
Illinois State Univeristy |
| The next-generation of distributed computing framework |
Georgetown University |
| The project for CS640 at UW-Madison. |
University of Wisconsin-Madison |
| The Rational Programmer |
Brown University |
| The RotorNet optical datacenter network |
University of California, San Diego |
| The scope of work on this project is to adapt the Handle System and/or a Digital Object Registry to realize a clearinghouse registry. |
Corporation for National Research Initiatives |
| Think Before You Shuffle: Data-Driven Shuffles for Geo-Distributed Analytics |
The University of Texas at Austin |
| This explores how to improve distributed storage performance |
Vmware Research |
| This is a project for students doing storage-related work at UIUC |
University of Illinois at Urbana-Champaign |
| This is a project to test spark's ability over distributed system |
SJSU |
| This is a projst just for artifact evaluation of ASPLOS 2023. |
Peking University |
| This is a test project for APT to get familiar with it. |
University of Minnesota-Twin Cities |
| This is for a course on advanced computer networks I am teaching at Illinois State University. |
Illinois State University |
| This is for accessibility testing of cloud lab by Utah Valley University's EIT Accessibility Manager. |
Utah Valley University |
| This project aims to detect DDoS attacks using statistical methods. |
Dept. of Computer Sciences, University of Tampere |
| This project aims to enhance the confidentiality of content in Cloud computing |
Purdue University |
| This project aims to use the 5G data on the SCReAM algorithm |
Budapesti Muszaki és Gazdaságtudományi Egyetem |
| This project explores how to build a software infrastructure for asynchronous iterative computation |
New York University |
| This project is aimed at granting badges for two submissions in SC21 AE stage. |
University of Science and Technology of China |
| This project is exploring novel techniques for recovering from faults in cloud systems. |
University of North Carolina at Chapel Hill |
| This project is for my class project at Georgia Tech on datacenter systems |
Georgia Institute of Technology |
| This project is for the Purdue cloud native database research. |
Purdue University |
| This project is to enhance the resource allocation for Yarn |
Stony Brook University |
| This project is to experiment how to measurement throughput of cloud network in a lightweight matter. |
University of California, San Diego |
| This project studies two new algorithms, BIGWHEEL and HOPPAA |
Chalmers University of Technology |
| This project uses a genetic algorithm to design a neural network to predict hard disk drive latencies. |
University of California, Santa Cruz |
| This project will aid in the SC21 Artifact Evaluation Phase and assigning ACM Badges |
DePaul University |
| This projects analysis the trace published by Alibaba. |
Student |
| Threading Model in Microservices |
Emory University |
| Time Synchronization Performance Modeling on 5G networks |
University of Massachusetts Amherst |
| TLB Instrumenter |
University of Michigan |
| TLB performance measurement |
Pennsylvania State University |
| To detect tampering of big data programs during execution |
University of Missouri |
| to do some reserch pn 5G |
University of Missouri-Kansas City |
| To find out how emulab could faciitate BT security research |
Security Research Centre, BT |
| To measure the isolation of Virtual Machines and Containers |
University of Wisconsin-Madison |
| To push middleboxes to the extreme edge |
University of Wisconsin-Madison |
| To simulate encrypted traffic for developing a traffic detection algorithm |
San Jose State University |
| To test Ray's performance |
University of Illinois at Urbana-Champaign |
| Tofu: Large scale machine learning system with automatic tiling |
New York University |
| Tondbaz Cloud Research |
University of Oregon |
| Towards more programmable end-host networking stacks |
Queen Mary University of London |
| Traceable on DSB |
Tufts University |
| Traceroute exploration |
Texas A&M University |
| tracking and prediction |
Boise State University |
| Traffic classification |
University of Massachussets Lowell |
| Traffic Prediction for network purpose |
Saint Louis University |
| Training students for DoE CyberForce Competition |
Mississippi State University |
| Transaction test in database applications |
The Ohio State University |
| Transfer learning with Quality Diversity Methods |
University of Alberta |
| Transitioning to SDN |
University of Wisconsin: Department of Computer Sciences |
| Trinity |
Yale University |
| Trust in Lightweight Virtual Machines: Integrating TPMs into Firecracker |
Chalmers tekniska högskola |
| Trying out OpenNF and benchmarking with some initial workloads |
University of Wisconsin-Madison |
| Trying out tracing in large scale distributed systems |
New York University |
| TUD-Tallaght |
Technological University Dublin |
| Tutorial project for CloudLab at GEC 22 |
The University of Utah |
| Tutorial Test |
University of Colorado Boulder |
| UARK Cloud Security 01 |
University of Arkansas |
| UAV Spectrum |
Northern Arizona University |
| UAV Traffic Management |
The University of Utah |
| UBU research on SDN |
Universidad de Burgos |
| UCSD OAI Testbed Federation using SENSE/AutoGOLE |
University of California, San Diego |
| UCY Computer Architecture and Systems Team |
University of Cyprus |
| UH Cybersecurity Education Workshop |
Barnstormer Softworks, Ltd. |
| UHMC Applied Business and IT Project |
University of Hawaii Maui College |
| UHMC Cybersecurity Project |
University of Hawaii Maui College |
| UKy Cloud Lab Test |
University of Kentucky |
| UMass CloudLab ESI integration |
University of Massachusetts Amherst |
| Umbrella project for APT guest user experiments |
The University of Utah |
| Umbrella Project for people with deadlines |
The University of Utah |
| UMKC Cloud Computing Course |
University of Missouri-Kansas City |
| UNCA Cloud Computing and Cybersecurity class |
UNCA |
| Uncertainty quantification in deep models |
Texas A&M University |
| Uncovering Remote Peering Interconnections |
FORTH |
| Understanding and Detecting Upgrade Failures in Distributed Systems |
Purdue University |
| Understanding DNN partitioning b/w cloud-edge |
University of Wisconsin-Madison |
| Understanding how to debug network problems |
University of Michigan |
| Understanding OS requirements to handle data center tax operations. |
Carnegie Mellon University |
| Understanding performance of evolving deep learning application workloads for virtualization platforms |
Florida International University |
| Understanding scheduling capability of cloud |
Penn State University |
| Understanding the behavior of MPTCP |
University of California, Riverside |
| Understanding the difference between different congestion control algorithms and the impact of network stacks on their performance. |
Georgia Institute of Technology |
| Understanding The Impact of Serverless Computing on Datacenter Networks |
Massachusetts Institute of Technology |
| Understanding Variability Due to Power Management on GPUs |
University of Wisconsin-Madison |
| Uni-Wuerzburg Placeholder |
University of Wuerzburg |
| Unified Orchestration |
Universita di Firenze |
| Unified Regression Tests |
University of Illinois at Urbana-Champaign |
| Univ of Kentucky Planetlab experiments |
University of Kentucky |
| Universal UAS Traffic Management |
School of Computing, UU |
| University MultiCore Challenge |
Industry-Academia Partnership |
| University of Massachusetts Amherst Nursing Engineering Lab related projects |
University of Massachusetts Amherst |
| University of Utah PlanetLab Experiments |
The University of Utah |
| University of Wyoming Advanced Research Computing Center |
University of Wyoming |
| Unsupervised Detection of Anomalies in Distributed System Logs |
TU berlin |
| UofC WiNet Lab BW Measurements |
University of Calgary |
| Usability test for Cloudlab |
The University of Utah |
| Use Ceph to generate 1000 files and set up time of request then get the download time for each files |
Purdue Univeristy |
| Use Cloud Computing in Machine Learning |
James Madiosn University |
| Use cloudlab to set different serverless platform and compare |
University of Colorado Boulder |
| Use Cloudlab to test CMware |
Umass lowell |
| Use DPDK and Smart NIC to accelerate the server |
Fudan University |
| Use of software defined networks in the energy conservation process |
Centro Estadual de Educacao Tecnologica Paula Souza |
| USENIX Security 2022 Fall Artifact Evaluation for #25. A paper accepted in USENIX Security 2022. |
University of California, Berkeley |
| User-centric mobility management in malfunction areas |
University of Victoria |
| Users privacy and security in the cloud database |
Concordia University of Edmonton |
| Using a Distributed Cyclic Dataflow Framework for Datalog Evaluation |
University of Wisconsin-Madison |
| Using CloudLab in Graduate Course on Distributed Systems |
University of Florida |
| Using Cloudlets to Offload Computation |
University of Delaware |
| Using Measurement Objects in LTE to measure RSRP/RSRQ for neighbouring cells |
University of Washington |
| Using ML for Networking Research |
University of Oregon |
| Using ML technologies to characterize workload, machine, and the resulting performance |
Clemson University |
| Using modular arithmetic to design FPGA-based secure hardware architectures for multi-layer perceptrons (MLPs) |
The Hong Kong University of Science and Technology |
| Using Neural Networks For Query Execution Time |
University of Wisconsin-Madison |
| using openflow to adapt network resource |
The Ohio State University |
| Using social data to accelerate network |
Fudan University |
| Using software defined networks for computing with Protected Health Information (PHI) |
University of Minnesota-Twin Cities |
| Using spark and GPUs to achieve business intelligence |
Montclair State University |
| Using SparkSQL to process UK Data |
University of Wisconsin-Madison |
| UTSA 5G Testbed for Future 5G Technologies |
The University of Texas at San Antonio |
| UVITEST |
University of the Virgin Islands |
| UW Madison course on Big Data Systems |
University of Wisconsin-Madison |
| UW Madison Data Analysis and Systems Hub |
University of Wisconsin-Madison |
| UWProj |
University of Washington |
| VAIF traces from OpenStack |
Tufts University |
| variability research |
Virginia Polytechnic Institute and State University |
| Vector-Scheduling Approach for Running Many-Task Applications in the Cloud |
Louisiana State University |
| Vehicular Edge Network for Connected Transportation |
North Carolina State University |
| Verification of RL controllers |
University of California, Irvine |
| Verify the robustness of machine learning algorithm |
University of Southern California |
| VetSC |
The University of Utah |
| vhive |
École Polytechnique Fédérale de Lausanne |
| vHive-test |
Zhejiang University |
| Video Streaming |
Purdue University |
| Video Streaming |
Purdue University |
| Virtines |
Illinois Institute of Technology |
| Virtual environment for training students in penetration testing courses |
Arcadia University |
| Virtual Memory in Virtualized Systems |
University of Michigan |
| Virtual Secure Network Service |
Polytechnic Institute of NYU |
| Virtual Sensor Networks |
Colorado State University |
| Virtualization concept |
University of Stavanger |
| Virtualization of MPP clusters |
The University of Utah |
| Virtualizing 5g RAN with GPU |
University of Wisconsin-Madison |
| Virtualizing middleboxes on Cloud |
University of Wisconsin-Madison |
| VM Isolation Benchmarking |
University of Florida |
| VM Migration Network Optimization |
Concordia University |
| vm storage size at scale |
ENS Lyon |
| VNF Utilization estimation |
Georgia Institute of Technology |
| VPP UPF with Hardware offloading |
National Chiao Tung University |
| Wasp: micro-hypervisor that enables lightweight, isolated virtines |
Illinois Institute of Technology |
| We are experimenting some machine-smartphone interface to test our phone controlloring software. |
SUNY Buffalo |
| We are exploring a combination of modeldriven and modelfree approaches for firewall circumvention |
Carnegie Mellon University |
| We are investigating the impact of large scale machine learning model training on datacenter network topologies. |
Stanford University |
| We are looking at developing software synthesis techniques for real-time and reliable wireless applications. |
University of Iowa |
| We investigate security and performance issues on the Internet |
Case Western Reserve University |
| We want to develop a cloud managment protocol. |
Beijing Foreign Studies University |
| We want to leverage V100 GPU nodes to conduct our research. |
The University of Utah |
| We work on hardware and software optimisations for big data processing on frameworks such as Hadoop, Storm, Spark, and so on. |
Sharif University of Technology |
| Web cache_HW3 |
University of Florida |
| WebApplicationStudy |
Carnegie Mellon University |
| Whale |
Huazhong University of Science and Technology |
| Wide Area Cluster Computing |
Department of Computer Science, Cornell University |
| Wide area congestion control with global clock synchronization |
Carnegie Mellon University |
| Wide area maesurements of path properties on RON |
University of Wisconsin-Madison |
| Wide-area path performance diagnosis |
University of Washington |
| WiFi Optimization Project |
IBM Research |
| Will be used by a students for his master |
University of Bolton |
| wireless bit rate adaptation for cognitive radios |
University of California, Santa Barbara |
| Wireless Data Centers |
North Carolina State University |
| Wireless LAN Technologies |
University of Northern Iowa |
| Wireless Network Coding |
U/ Washington |
| Wireless Research |
Idaho National Laboratory |
| wisc.edu Spring 2018 CS839 ML Project |
University of Wisconsin-Madison |
| Wisconsin Research Facilitator Testing |
Wisconsin |
| WIU Computer Science Security |
Western Illinois University |
| Work related to CS MS in HPC & systems architecture |
University of Colorado Boulder |
| Workflow Data Management as a Service for Multi-Site Applications |
Inria |
| WormholeDB |
University of Illinois at Chicago |
| XaaS+XOS |
University of Kinf Juan Carlos I |
| Xen on ARM |
Xen Project |
| XOS-experiment |
Ericsson Inc |
| XPS: SDA: Collaborative Research: A Scalable and Distributed System Framework for Compute-Intensive and Data-Parallel Applications |
University of Central Florida |
| XSEDE Campus Champion Trial |
Harvey Mudd College |
| XStore |
Hunan University |
| Yawn: A CPU idle-state governor for datacenter applications |
Johns Hopkins University |
| Zero Trust Datastore |
University of Georgia |
| zero-knowledge middleboxes |
University of Michigan |
| ZKM Testbed |
University of Wisconsin-Madison |
| zookeeper consistency control over znode |
University of Wisconsin-Madison |
| [System] Serverless caching for DL training |
George Mason University |
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