CCR-SC01-Posters

Wireless Networks

A Bandwidth Advisor for Wireless Networks

Glenn Judd and Peter Steenkiste

Department of Computer Science, Carnegie Mellon University

http://www.cs.cmu.edu/~aura

Hot Spot Congestion Relief and Service Guarantees in Public Area Wireless Networks

Anand Balachandran, University of California at San Diego {anandb@cs.ucsd.edu}

Paramvir Bahl, Microsoft Research {bahl@microsoft.com}

Geoffrey M. Voelker, University of California at San Diego {voelker@cs.ucsd.edu}

Multi-Modal Network Protocols

Rajesh Krishna Balan {rajesh@cs.cmu.edu}, Aditya Akella {aditya@cs.cmu.edu} and Srinivasan Seshan {srini@cs.cmu.edu}

Department of Computer Science, Carnegie Mellon University

Quality of Coverage: A New Concept for Wireless Networks

H. Wu and C. Qiao, Department of Computer Science, SUNY Buffalo

Ad-Hoc & Sensor Networks

ASCENT: Adaptive Self Configuring sEnsor Network Topologies

Alberto Cerpa and Deborah Estrin {destrin@cs.ucla.edu} {cerpa@cs.ucla.edu}

Laboratory of Embedded Collaborative Systems - http://lecs.cs.ucla.edu

University of California, Los Angeles; and USC/Information Sciences Institute

A New Task Based Approach for Supporting Distributed Applications on a Mobile Ad Hoc Network

Prithwish Basu {pbasu@bu.edu}, Wang Ke {ke@bu.edu} and Thomas D.C. Little {tdcl@bu.edu}

Department of Computer Science, Boston University

Sensor Network Tomography: Monitoring Wireless Sensor Networks

Jerry Zhao and Ramesh Govindan {USC-ISI} , Deborah Estrin {UCLA Laboratory for Embedded Collective Systems}

Routing/Forwarding Architectures

Network Processors - Flexibility and Performance for Next Generation Networks

Tilman Wolf {wolf@ccrc.wustl.edu}

Department of Computer Science, Washington University, St. Louis, MO

Resilient Overlay Networks

David G. Andersen, Hari Balakrishnan, Frans Kaashoek and Robert Morris

MIT Laboratory for Computer Science {ron@nms.lcs.mit.edu}, http://nms.lcs.mit.edu/ron

A Quantitative Evaluation of Traffic Aware Routing Strategies

Eric J. Anderson {eric@cs.washington.edu

Thomas E. Anderson {tom@cs.washington.edu}, Steven D. Gribble {gribble@cs.washington.edu}, Anna R. Karlin {karlin@cs.washington.edu} and Stefan Savage {savage@cs.ucsd.edu},

Department of Computer Science and Engineering, University of Washington, Seattle, WA

Scalable Multicast Forwarding

Björn Grönvall {bg@sics.se}, Swedish Institute of Computer Science, Lulea University of Technology

Congestion Management

Aggregate Congestion Control

Ratul Mahajan {ratul@cs.washinhgton.edu}, Steven M. Bellovin {smb@research.att.com}, Sally Floyd {floyd@aciri.org}, John Ioannidis {ji@research.att.com}, Vern Paxson {vern@aciri.org} and Scott Shenker {shenker@aciri.org

Department of Computer Science and Engineering, University of Washington, Seattle, WA

http://www.aciri.org/pushback

The Impact of False Sharing on Shared Congestion Management

Aditya Akella {aditya@cs.cmu.edu}, Srinivasan Seshan {srini@cs.cmu.edu}

Department of Computer Science, Carnegie Mellon University

Congestion Control as a Building Block for QoS

David Harrison

harrisod@networks.ecse.rpi.edu

, Shivkumar Kalyanaraman

shivkuma@networks.ecse.rpi.edu

and Sthanunathan Ramakrishnan, CS & ECSE Departments, Rensselaer Polytechnic Institute

Approximate Fairness Through Differential Dropping (summary)

Rong Pan {Stanford University}, Lee Breslau {AT & T Research Labs}, Balaji Prabakhar {Stanford University} and Scott Shenker {shenker@aciri.org

Internet RFC 3124, June 2001. Approved by IESG as "Proposed Standard."

Network Measurement

Global Network Positioning: A New Approach to Network Distance Prediction

T.S. Eugene Ng {eugeneng@cs.cmu.edu} and Hui Zhang {hzhang@cs.cmu.edu}

Department of Computer Science, Carnegie Mellon University

DNS Performance and the Effectiveness of Caching

Jaeyeon Jung {jyjung@lcs.mit.edu}, Emil Sit {sit@lcs.mit.edu}, Robert Morris {rtm@lcs.mit.edu

and Hari Bala

krishnan {ha

ri@lcs.mit.edu

MIT Laboratory for Computer Science

New Directions in Traffic Measurement and Accounting

Cristian Estan and George Varghese, Department of Computer Science and Engineering, University of California at San Diego

Network Topology

Network Topologies, Power Laws and Hierarchy

Hongsuda Tangmunarunkit, Ramesh Govindan {USC-ISI}, Sugih Jamin {University of Michigan}, Scott Shenker {ACIRI}, Walter Willinger {AT & T}

http://www.isi.edu/~hongsuda/publication

On Routing Table Growth

Tian Bu {tbu@cs.umass.edu}, Lixin Gao {lgao@ecs.umass.edu

and Don Towsley {towsley@cs.umass.edu}

Department of Computer Science, University of Massachusetts

Generating Realistic Routing Tables in a Test Lab

Olaf Maennel and Anja Feldmann

http://www.net.uni-sb.de/~olafm/

Peer-to-peer Networking

Using the Small World Model to Improve Freenet Performance

Hui Zhang, Ashesh Goel, and Ramesh Govindan, USC-ISI

Enabling Efficient Content Location and Retrieval in Peer-to-Peer Systems by Exploiting Locality in Interests

Kundawee Sripanidkulchai {kunwadee@cs.cmu.edu}, Hui Zhang {hzhang@cs.cmu.edu} and Bruce Maggs {bmm@cs.cmu.edu}

Department of Computer Science, Carnegie Mellon University

Tapestry: A Fault tolerant Wide area Application Infrastructure

Tapestry: A Fault tolerant Wide area Application Infrastructure

Ben Y. Zhao {ravenben@cs.berkeley.edu}, John D. Kubiatowicz {kubitron@cs.berkeley.edu}, Anthony D. Joseph {adj@cs.berkeley.edu

Department of Computer Science and Engineering

, University of California, Berkeley

A Measurement Study of Napster and Gnutella as Examples of Peer-to-Peer File Sharing Systems

P. Krishna Gummadi {gummadi@cs.washington.edu}, Steven D. Gribble {gribble@cs.washington.edu} and Stefan Saroiu {tzoompy@cs.washington.edu}

Department of Computer Science and Engineering, University of Washington, Seattle, WA

http://www.cs.washington.edu/homes/gummadi/p2pfilesharing