| Name |
Institution |
| A customizable, streaming data overlay network |
University of Maryland |
| A data-centric publish/subscribe system for tactical environments |
Institute for Human and Machine Cognition / University of West Florida |
| A new architecture for p2p live video streaming |
Max Planck Institute for Software Systems |
| 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 study of network management protocols in poor networks |
SPARTA, Inc |
| ABone |
USC/ISI |
| Active composable network services |
Carnegie Mellon University |
| Active Network Defense |
Carnegie Mellon Software Engineering Institute |
| Active Network Time Management |
University of Southern California |
| Active Protocol Label Switching |
The University of New South Wales |
| Activecast Services |
University of Kentucky |
| 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 Multicast Video Streaming |
OGI at OHSU |
| Adaptive Probabilistic Tools for Advanced Networks |
Dept of Computer Science, Cornell University |
| Adaptive Reconfigurable Mobile Objects of Reliability middleware architecture |
University of Illinois at Urbana-Champaign |
| Adaptive Virtual Queue scheme for AQM |
University of Illinois |
| Adar development |
ISIS, Vanderbilt University |
| Advanced Operating Systems Class |
Harvey Mudd College |
| Advanced Statistical Methods for Intrusion Detection |
Yuan Ze University, Communications Research Center |
| Agile Protocol Research |
University of Utah |
| Agile Store |
Georgia Tech |
| Alchemy: Transmuting Raw Code Into Robust Components |
University of Utah |
| AMP NodeOS |
SPARTA, INC. |
| 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. |
UC Berkeley |
| Analysis of Software Artifacts |
Carnegie Mellon University |
| Analysis of Software Artifacts |
Carnegie Mellon University |
| anomaly detection in a distributed environment |
University of Chicago |
| AQM Congestion Control |
Texas A&M |
| Architecting Internet Post Offices |
Telefonica Research |
| Armada framework for I/O on Computational Grids |
Dartmouth College |
| Automatic generation of software diversity |
Global InfoTek, Inc. |
| Automating Network Configuration Management (Network Self-Management and Organization) |
Columbia University |
| Bandwidth Estimation with Min-Plus Linear System Theory |
University of Toronto |
| Benchmark GC in Linux |
U of Utah |
| BFT: The time is NOW |
University of Texas at Austin |
| 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 and testing distributed firewalls |
Dept. Computer Science, Univ. Victoria |
| BW estimation |
Texas A&M |
| Byzantine fault-tolerant replication |
University of Lisboa |
| caprobe experiments |
UCLA |
| Center for Enable Distributed Petascale science |
LBNL |
| Centre for Telecommunications Value-Chain Research |
Centre for Telecommunications Value-Chain Research |
| Chart routing |
HP Laboratories |
| CIS662 networking class at Temple University |
University of Delaware |
| class - Introduction to Network Security |
USC Information Sciences Institute |
| Class communication networks 4 |
Technical University Darmstadt |
| class experiments for advanced operating systems course |
Princeton University |
| Class Programming Assignment |
University of Maryland, Baltimore County |
| Class projects |
University of Utah |
| class projects for distributed systems |
Mount Holyoke College |
| Class projects on Network Security |
University of Utah |
| Class: Advanced Topics in Network Security |
USC Information Sciences Institute |
| Class: Introduction to Network Security |
USC Information Sciences Institute |
| 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 |
| cognitive radio testing |
Virginia Tech |
| Components and Aspects for DRE Systems |
University of Utah |
| Compute a complete solution to the board game "Checkers". |
University of Utah |
| Computer Security Course |
Southern Oregon University |
| connectionless traffic enginnering for the internet |
rensselaer polytechnic Institute |
| Control Plane HAT TRICK project |
Sparta, Inc |
| 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 |
| crowdnet |
Cornell University |
| CS 184 Networks 2 Class Project |
George Washington University/Johns Hopkins University |
| CS 4251 |
Georgia Tech |
| CS5961 Networked Game Design projects |
University of Utah |
| CSC364-2009S |
Grinnell College |
| Cyberforaging in Pervasive Computing Environments |
University of Utah |
| DARPA PCES Program Support |
University of Utah |
| data dissemination over mobile wireless networks |
University of Maryland |
| Data replication to support edge services |
University of Texas at Austin |
| Database Replication in WAN environments |
School of Computer Science, McGill University, Montreal, Canada |
| DDOS Attacks, Protection and Recovery |
Purdue University |
| DDoS detection and analysis |
USC/ISI |
| Declarative Networking |
UC Berkeley |
| Delay Tolerant Network Development |
Intel Research, Berkeley |
| Dependable Distance Education for CMU |
ICU(Korea)/CMU(USA) |
| Design and Demonstration of a Scalable High Performance Active Network Node |
Washington University |
| Design and end-to-end performance evaluation of fault tolerant distributed algorithms |
Technion, EE |
| Design and evaluate new Adhoc Routing protocols |
University of Utah |
| Design And Versatile Implementation of Non-binary wireless Communications based on Innovative LDPC codes |
professor assistant |
| Develop a Control Plane for the Internet |
HP Labs |
| Develop networking projects to be used on Emulab |
Harvey Mudd College |
| Developing MyPLC |
University of Utah, Flux group |
| Development and evaluation of load balancing mechanisms for dependable Web services |
UNICAMP - University of Campinas |
| Development of a new delay agent |
Flux Research Group |
| Dissemination of Security Updates |
UCLA |
| Distributed and Complex Subset Query System for Data Centers |
University of Illinois at Urbana-Champaign |
| Distributed approach to DDoS defense |
UCLA |
| Distributed coordination algorithms |
Naval Research Laboratory |
| Distributed database implementation looking at the use of multicast in various new join algorithms we are developing. |
MIT |
| Distributed Decentralized Cooperative Defense against Network Attacks |
Rutgers University |
| Distributed DOS Detection |
University of Florida |
| distributed home agent for robust mobile access |
University of Pennsylvania |
| Distributed implementation of MapReduce |
CS and ECE, Carnegie Mellon University |
| Distributed protocols |
Carnegie Mellon University |
| Distributed Query Evaluation |
University of Victoria |
| Distributed simulation |
Texas A&M |
| Distributed Software Engineering Group |
Imperial College |
| Distributed SQL server |
Stanford University |
| Distributed Storage and Networking |
University of Tennessee |
| Distributed System for Collaborative Information Processing and Learning |
Rutgers University |
| Distributed Systems Masters Course |
University of Washington |
| Distributed worm simulation |
USC Information Sciences Institute |
| DoS remediation |
MIT |
| dtour experiments |
Uppsala University |
| Dynamic Content Generation Proxy |
Computer Science, Carnegie Mellon |
| Dynamic control of virtualized resources |
University of Michigan |
| Dynamic database caching |
Tanu Malik |
| Dynamic Real-time Distributed Software Instrumentation |
JHU Applied Physics Laboratory |
| Emulab failure and recovery study |
University of Utah |
| Emulate simple network topologies - Duke class |
Computer Science, Carnegie Mellon |
| Emulating Mobile Wireless Networks |
HRL Labs |
| end system multicast |
Carnegie Mellon University |
| Endpoint congestion control |
Univ. of Washington |
| Epidemic Protocols in Ad-hoc Wireless Networks |
University of California, San Diego |
| Establish interoperability among selected encalves using the CoABS Grid |
Global InfoTek Inc |
| Evaluate the Security of BGP |
Carnegie Mellon University |
| Evaluate the use of P2P technologies to deploy network services for satellites in space. |
Washington University, 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 Routing Control Platform |
Princeton University |
| Evaluating the efficacy of gossip protocols that tolerate Byzantine and selfish behaviors |
University of Texas at Austin |
| Evaluation and Documentation of Network Testbeds |
Institut fuer Informatik / University of Innsbruck |
| Evaluation for integration in Gent |
IBBT/Ghent University |
| Evaluation of a new architecture for scalable AB monitoring |
University of North Carolina at Chapel Hill |
| 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 |
| Experiment with distributed protocols. |
Purdue University |
| Experiment with network virtualization |
Rice University |
| Experimentally evalute new network architectures |
Carnegie Mellon University |
| Experimentation with source routing |
University of Maryland, College Park |
| Experimenting with approaches to defend against DDoS attacks. |
Carnegie Mellon University |
| Experimenting with Worm Propagation Models |
State University of New York at Buffalo |
| Experiments to avoid distributed livelock |
UT Austin |
| Exploration of P2P backup exploiting unused disk space for storage |
Carnegie Mellon University |
| exploring gray-box techniques on top of tcp |
University of Wisconsin |
| Extensible TCP |
University of Utah |
| Extension and testing of Aerospace Space Networking Testbed |
The Aerospace Corporation |
| Fast Efficient FT Consensus |
TU Darmstadt |
| FIFR/LISF Transient Loop Experiments |
University of California, Davis |
| filtering on overlay networks |
Katholieke Universiteit Leuven |
| Flat name resolver |
MIT |
| Flatt and Regehr's project on precise GC in the OS |
University of Utah |
| Floodwatch DDoS |
SPARTA, INC. |
| Fluid Models for Large, Heterogeneous Networks |
Dept. of Computer Science, University of Massachusetts |
| Framework for building intrusion-tolerant distributed systems |
IBM Zurich Research Lab |
| FreeBSD QA |
The FreeBSD Project |
| Georgia Tech College of Computing Networking and Telecommunications Group |
Georgia Tech |
| GNU Radio (software radio) |
Blossom Research |
| Gossip based communication protocol |
Westmont College |
| Gossip protocol tests |
Cornell University |
| Graduate Projects in Distributed Systems |
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. |
| Hands-on assignments for COS 561 |
Princeton University |
| Highly available networking |
University of Illinois at Urbana-Champaign |
| Holding Project for geni slices |
UofU |
| HTTP based load balancer |
Georgia Institute of Technology |
| Hybrid routing/forwarding protocol for tolerating compromised routers |
UC San Diego |
| IAMANET effort to research secure network implementation |
Telcordia |
| IDS Exploration - We intend to evaluate the quality of various IDS systems, as part of a larger ARO-funded DoD MURI grant. |
Univ. of Wisconsin - Madison |
| Impact of unreliable wireless communication on distributed applications |
University of Texas at Dallas |
| Implementation of the WISE framework |
University of Maryland, College Park |
| 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 |
University of Memphis |
| 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 |
| information retrieval in p2p environments |
UMass Amherst |
| Intelligent Architectures for Space Internet |
Case Western Reserve University |
| Interactive ISP-victim DoS defense |
USC Information Sciences Institute |
| 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 |
USC/ISI -- DETER |
| Intrusion Detection Systems Testing |
College of Computing, Georgia Institute of Technology |
| Investigation of Distributed Denial of Service, Attacks, and Prevention Mechanisms |
University of Utah |
| Investigation of using SCTP for MPI in a WAN environment |
University of British Columbia |
| IP fast rerouting evaluation |
UC Irvine |
| IP-Centric, Latency-Tolerant, Bus-less System Architectures |
Keio University Shonan Fujisawa Campus |
| Java-oriented Active Network Operating System |
University of Utah |
| Khazana |
University of Utah |
| language support for scalable network services |
University of Pennsylvania |
| Large-Scale Multi-Source Download |
University of Illinois at Urbana-Champaign |
| Logistical Session Layer |
University of Delaware |
| M-Torrent: An Island Multicast Enabled BitTorrent Protocol |
Indian Institute of Technology (IIT), Kanpur |
| MANAnet Shield : Defenses Against Distributed Denial of Service Attacks |
Cs3 Inc. |
| Many to many multicast protocol |
Information and Communications University |
| Measure the impact of background traffic on application behavior |
University of California San Diego |
| Measurent of P2P middleware architectures |
University of California, Irvine |
| Mesh Based Content Routing using XML |
UCSD |
| Middleware for information flow applications |
Georgia Institute of Technology |
| MIT 6.829 course project |
MIT |
| Model Integrated ACE ORB |
ISIS, Vanderbilt University |
| ModelNet Integration into Netbed/Emulab |
University of Utah |
| Multi-class active queue management |
University of Utah |
| Multi-resolution Network Emulation |
College of Computing, Georgia Institute of Technology |
| Multi-source Multicast |
Hewlett Packard Labs |
| Multicast rerouting |
University of Goettingen |
| Multicast Web Server |
University of Kentucky |
| Multimedia Networking Class @ UNC |
University of North Carolina |
| Multipath on Cellular Networks |
George Mason University |
| Network architecture exploration |
Carnegie Mellon University |
| Network Emulation for Protocol Tuning and Evaluation |
Univ. of Napoli |
| Network Emulation Testbed (NET) |
University of Stuttgart, IPVS |
| Network layer protocol security research |
Brigham Young University |
| Network Management and Security Research at Georgia Tech |
Georgia Tech |
| Network Proximity and Congestion Control for Chord, a Peer-to-Peer lookup protocol |
MIT/CSAIL |
| Network Security at Mills College |
Mills College |
| Network security class projects |
University of Utah |
| Network Service Architecture |
University of Massachusetts Amherst |
| Networking Testbed |
Escola Politecnica - Universidade de Sao Paulo |
| New technologies for peer-to-peer systems |
University of California, Riverside |
| Now I Understand Networking |
Baylor University |
| OceanStore:Exploring Global-Scale Persistent Storage |
UC Berkeley |
| Optimised storage network |
Aston University |
| 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 |
| Overlay network multicast |
Department of Computer Science, Northwestern U. |
| P2P architecture for cache sibling |
University of Franche-Comte |
| P2P Collaboration and networking |
University of Cincinnati |
| p2p mobile infrastructure |
MIT |
| P2P Systems, Course Projects |
University of Washington |
| Parallel Model-checking |
Univ of Utah |
| 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. |
CMU |
| 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 |
| Performance Evaluation of SCTP for Soft Real-Time Applications |
Dept. of Computer Science, Karlstad University |
| Performance of solutions to the distributed slicing problem |
Ecole Polytechnique Federale de Lausanne |
| Performance testing of BFT algorithms |
MIT CSAIL |
| Pervasive Infrastructure Sensor Networks |
Carnegie Mellon University |
| PlanetP started out as a peer-to-peer (P2P) project concerned with content addressing, i.e., content search, ranking, and retrieval. |
Rutgers University |
| Princeton Class Projects |
Princeton University |
| privacy-preserving distributed information sharing |
CMU |
| Probabilistic Multicast |
Purdue University |
| Probabilistic performance bounds |
Technical University Darmstadt |
| Programmable Network Infrastructure |
University of Massachusetts Lowell |
| quality of service mapping, transport protocols for quality of service network |
NICTA Australia |
| Quality-Adaptive Media Streaming |
University of British Columbia |
| Quality-aware Service Management in Peer-to-Peer Networks |
University of Illinois at Urbana-Champaign |
| queueing delay measurements |
Northwestern University |
| Quiksilver Multicast Project |
Department of Computer Science, Cornell University |
| real-time cluster |
George Washington University |
| Real-time fault-tolerant middleware |
Carnegie Mellon University |
| rearchitecting the internet protocols |
University of Washington |
| Reliable and Secure Group Communication |
Lawrence Berkeley National Laboratory |
| Reliable Multicast in 802.11 Networks |
Cleveland State University |
| Replicating data between machines |
Integrated Data Corporation |
| Replication Architecture for NFS |
University of California, Riverside |
| Researches on disruption-tolerant networks |
National Institute of Informatics |
| Researching SSL variants |
University of Utah |
| Resilient Overlay Networks |
Carnegie Mellon University |
| Robust and secure networks |
University of Michigan |
| Routing experiments for the NSF DETER-EMIST project |
University of California, Davis |
| routing with competing interests |
u of washington |
| S Venkatesan |
UT-Dallas |
| Safe Internet worm generation and defense. |
UC Davis |
| Scalable Distributed Information Management System |
University of Texas at Austin |
| Scalable Monitoring, Analysis, and Response Toolkit (SMART) for the Internet |
University of Texas at Austin |
| Scalable Testbed for the Evaluation of Hybrid Wireless Network Technologies |
UCLA |
| Scalable, Proactively Survivable Distributed Systems |
Carnegie Mellon University |
| scaling and large scale performance tests of various CORBA technologies |
Lockheed Martin Advanced Tech Labs |
| SCTP experiments |
University of Delaware |
| Secure and Dependable Web Services |
Cleveland State University |
| Securtiy enhanced Domian Name System |
TU Dresden |
| Self-Healing Networks Project |
USC Information Sciences Institute |
| Sensing and Processing Across Networks |
University of Utah, Dept. of ECE |
| Session Layer Management of Network Intermediaries |
Stevens Institute of Technology |
| Set up a mini emulab system |
Universiti Tenaga Nasional (National Energy University) |
| Shortened Loop Overlay Transport |
Purdue University |
| simultaneous allocation of computing and networking resources |
University at Buffalo |
| SLT analysis of 3-tier systems |
Stanford |
| Smart Sensor Networks |
School of Computing, UU |
| Software (mathematical, GNU, and other) portability testing |
Department of Mathematics, University of Utah |
| Solar Trust model Simulation |
University of California, Davis |
| Source Router Approach to DDoS Defense |
UCLA |
| Space Communication Protocol Standards |
The MITRE Corporation |
| Spam control using distributed quota enforcement |
MIT |
| Student projects for MIT 6.824 |
MIT/CSAIL |
| Studies of the Chimera Overlay and Applications |
UCSB |
| 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 |
| SYRAH Distributed Research Testbed |
Harvard University |
| Systems of Systems Common Operating Environment |
US Army |
| Test of performance benefits from custom compilation. |
UCLA |
| Test Proxy IP Anycast Service boxes |
Cornell University |
| test TCP relay |
polytechnic University |
| Testbed activities for data grid emulation and QoS |
UAB Computer and Information Sciences |
| Testbed Research |
University of Utah |
| Testbed validation engine for Scriptroute measurements |
University of Maryland, College Park |
| Testing |
International Computer Science Institute |
| Testing of a wireless overlay network |
University of Maryland, College Park |
| testing of peer to peer network protocols |
University of California, Davis |
| testing overlay routing, network virtualization related sub-projects |
The University of Tokyo |
| 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 |
| The Datapository |
Carnegie Mellon University |
| The Georgia Tech Middleware Project |
Georgia Institute of Technology |
| 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 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 |
University of Utah |
| This project builds and evaluates a concurrency control scheme named Minet. |
UC Berkeley |
| 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 will be exploring the scalability issues related to adaptive load balancing for distributed systems. |
University of California, Irvine |
| Tomography-aware congestion control and load balancing |
Department of CS, Purdue University |
| Transport layer protocol research |
CISC Dept; Univ of Delaware |
| Transport of 3D video |
Koc University |
| Tunable Availability Consistency Toolkit |
University of California San Diego |
| UAV experimental platform for DARPA PCES program |
BBN Technologies |
| Umbrella project for postgrad student projects |
University of South Africa |
| Understanding how to make the Internet data-centric |
University of Washington |
| Univ of Utah Distributed Systems class projects |
University of Utah |
| Unmanaged Internet Architecture |
MIT |
| UPenn Networking Research |
University of Pennsylvania |
| Used for Testing the Cornell Emulab. |
Department of Computer Science, Cornell University |
| Using a programmable testbed managment system to impove network research. |
Dept. of Computer Science, UCL |
| Using Grid Middle Ware |
Lawrence Berkeley National Lab |
| Using overlay networks to prevent DDoS attacks |
Carnegie Mellon University |
| UT Austin's effort to "Build and Emulab" |
University of Texas at Austin |
| Utah Network Testbed Project |
University of Utah |
| Utah Student Research Projects |
University of Utah |
| 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 projects |
Princeton University |
| Virtual Network Infrastructure |
Georgia Tech |
| Virtual ROuters On the Move |
Princeton University |
| Virtualization with Shared Forwarding Tables |
Princeton University |
| WAN Distributed File System Project |
University of Kentucky |
| We will experimentally evaluate new network architectures |
University of Pittsburgh |
| Wide Area Group Communication |
George Washington University/Johns Hopkins University |
| Wide-area Federated Resource Sharing |
Intel Research Berkeley |
| Wide-area Legion I/O Experiments |
Cornell University |
| WIreless loss experiments |
UCSD |
| WLAN Intrusion Detection |
Yuan Ze University, Communications Research Center |
| Work on smart search algorithms for CMPs with dynamic NUCA L2 caches |
University of Utah |
|
Other projects registered on Emulab.Net:
|
|---|
| Name |
Institution |
| 802.11 wireless test bed |
MITRE Corporation |
| A link state protocol for the Internet |
CMU |
| A Peer to Peer data distribution syste, |
UC, Irvine |
| A peer-to-peer system based on the XOR metric |
Stanford University |
| A Quality of Service-Driven Software Product Line Engeering Framework for Distributed Real-time and Embedded Systems |
Department of Computer and Information Sciences, Universit of Alabama at Birmingham |
| Active Multimedia Proxy Services |
Dept. of Computer Science, University of Massachusetts |
| Adaptive Trust Mechanisms for Data Intensive High Bandwidth Applications |
University of Puerto Rico |
| Adding resource management to Real-Time CORBA |
Ohio University |
| Airborne Network Laydown |
Architecture Technology Corporation |
| an ECE wireless networking course at the University of Utah |
Dept. of ECE, University of Utah |
| anycast |
Johns Hopkins University |
| Architecture Reading Club Repository |
U of U |
| AS-based VoIP peer-to-peer system |
Columbia University, Computer Science |
| Audio Experiment Over the Internet |
DePaul Universirty |
| Basic configuration of Diameter security servers |
Universidad Politecnica de Cartagena |
| Buffer Dimensioning |
Boston University, Computer Science |
| Channel assignment |
University of Texas at Austin |
| Class projects for Network Measurements, Modelling and Simulations |
National Cheng Kung University, Taiwan |
| Cluster-On-Demand |
Duke University CPS |
| Collecting and generalizing particular statistical security engineering experimental results |
Southern Polytechnic State University |
| Composable Objects for Network Management |
University of Utah |
| Congestion Manager |
Carnegie Mellon University |
| DDOS detection and prevention |
Smt Parvatibai Chowgule College |
| Directed Diffusion: Adaptive 2 Phase Pull |
University of Copenhagen |
| Discover route changes based on e2e measurements |
Columbia University, Computer Science |
| Distributed Collaboration for Security Settings |
PnP Networks |
| Distributed Detection and Inference |
Intel Research |
| DoS testing of Host Identity Protocol |
Helsinki Institute for Information Technology |
| Dtecting software anomalies in networked environment |
Computer Science, Louisiana Tech University |
| Efficiency of the improved Fast Paxos algorithm |
EPFL |
| Efficient scaling of TCP throughput with queue provisioning |
Hamilton Institute, National University of Ireland |
| Efficient WAN GCS |
Hebrew Univ. |
| 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 Metacomputing frameworks with data services |
Emory University |
| Evaluating BitTorrent/TCP interaction |
Princeton University |
| Evaluating inconsistency in overlay-network measurements |
UCLA |
| Evaluating Network Inference Tools |
University of Wisconsin - Madison |
| Evaluation of wide-area network security protocols |
University of Wisconsin-Madison |
| Experiment Archive |
University of Utah |
| Experiments on TCP stacks |
Politecnico di Bari |
| FAST protocols for ultrascale networks |
Caltech |
| Fault localization |
MIT |
| Flexible capability-based routing |
UCSD |
| Forwarding Layer for Application-level Peer-to-Peer Services |
The Aerospace Corporation |
| Gossip peer to peer development plateform |
INRIA France |
| Graduate Systems Class |
UC Berkeley |
| Impact of interference on wireless network performance |
Illinois Institute of Technology |
| 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 |
| Inference of TCP Sender States and limiting factors of data sending |
Northwestern University |
| Interference in a Wireless Net |
Illinois Institute of Technology |
| Intermediate Storage System |
University of Illinois at Urbana-Champaign |
| IP service management |
NEC Labs America |
| Linkdelay experiments in P2 Project |
UofU |
| Linkdelay experiments in Planetlab Project |
UofU |
| Live Distributed Objects |
Cornell University |
| Location of Faults on Aircraft Wiring (and communication of those results) |
University of Utah |
| Measurements and characterization of Internet topology and routing |
SPARTA, INC. |
| mobile sensor networks for wildlife tracking |
Princeton University |
| Multi-agent systems for sensor/actuator networks |
University of Bristol, United Kingdom |
| Multicast with Coding in Application-layer Overlay Networks |
University of Toronto |
| Multimedia Communication |
Yuan Ze University, Communications Research Center |
| Network congestion avoidance with modified TCP&end to end QoS |
Credis. Bucharest University |
| Network Overlay-related Research |
Columbia University |
| Networking Class Projects |
Colgate University |
| New TCP for real-time, multicast, highspeed |
Princeton U |
| Non-photorealistic rendering |
Princeton University |
| Operational discoverie, honeyclient |
The MITRE Corporation |
| P2P protocols for video on demand |
University of Houston |
| P2P Streaming in Heterogeneous Networks |
University of California, Irvine |
| Paris traceroute |
Universite Pierre et Marie Currie-LIP6, CNRS |
| Performance study of NFS over wireless links and performance improvments obtained from using protocol level gateways. |
IBM Research Lab, India |
| Program Composition for Embedded Systems |
Lockheed Martin Corporation |
| Public DHT Service |
Intel Research / Carnegie Mellon University |
| Random testing of software |
University of Utah |
| Real-time interactive network simulation |
Florida International University |
| Reliable UDP in ECHO |
Georgia Institute of Technology |
| Research Topics in Computer Networks; CS8320 |
Auburn University |
| RouterLabs for Educational and Research |
TU Berlin / Deutsche Telekom Labs |
| Routing in multiple layer evaluation |
College of Computing, Georgia Institute of Technology |
| Scalable Quality-of-Service Control for the Next Generation Internet |
University of Massachusetts |
| Selfish Neighbor Selection in Overlay Networks |
Institute of Computer Science, FORTH/Univ. of Crete |
| Serverless P2P Infastructure |
Michigan State University |
| Service Clouds |
Michigan State University |
| SIIS Laboratory Experiments |
Pennsylvania State University |
| Software Defined Radio |
University of Utah |
| Software performance evaluation |
Software Engineering Group, Department of Computing Science, School II, University of Oldenburg |
| Steijn senior thesis research |
CISC Dept; Univ of Delaware |
| Study of a Byzantine-tolerant P2P-TV infrastructure |
Universita`di Trento, Diaprtimento di Ingegneria e Scienza dell'Informazione |
| study SSL vulnerability due to TCP |
University of Utah |
| Study unauthorized wireless access |
University of Utah |
| Support of Force feedbackdevices in wide area networks |
University of Massachusetts, Amherst |
| Tapestry |
UC Berkeley |
| Test the performance of Content-Based Routing in REDS |
Politecnico di Milano - DEI |
| Testbeds Evaluation and Comparaison (Emulab, PlanetLab, Grid'5000, DAS'3) |
Laboratoire d'Informatique de Grenoble, , University of Grenoble |
| This project aims to detect DDoS attacks using statistical methods. |
Dept. of Computer Sciences, University of Tampere |
| To find out how emulab could faciitate BT security research |
Security Research Centre, BT |
| Traceroute exploration |
Texas A&M |
| Umbrella Project for people with deadlines |
UofU |
| Understanding how to debug network problems |
University of Michigan |
| Univ of Kentucky Planetlab experiments |
University of Kentucky |
| University of Utah PlanetLab Experiments |
University of Utah |
| Virtualization of MPP clusters |
University of Utah |
| Wide Area Cluster Computing |
Department of Computer Science, Cornell University |
| Wide area maesurements of path properties on RON |
University of Wisconsin - Madison |
| Wide-area path performance diagnosis |
University of Washington |
| Wireless Testbed |
NICTA Australia |
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