NOSSDAV
On-Line
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Sponsored by: |
Distributed and Real-Time Systems Research Group Department of Computer ScienceĀ The University of North Carolina at Chapel Hill |
Session I: Pricing (Lawyers, Guns, and Money)
Performance Study of Congestion Price based Adaptive Service Protocol-independent multicast pricing Cooperative Metering for Receiver initiated Service Level Agreement |
Session II: Server and Gateway Media Transcoding and Packaging
A Server-centric Streaming Model Design and Implementation of Programmable Media Gateways Audio/Video Messaging for Multiple Devices |
Session III: Operating System Issues
The Case for Reexamining Multimedia File System Design Measuring the Multimedia Performance of Server-Based Computing The Power of Virtual Time for Multimedia Scheduling |
Session IV: Mobility and Entertainment Services
PRISM, an IP-based architecture for broadband access to TV and other streaming media The Design of A Digital Amphitheater Component-based Active Networks for Mobile Multimedia Systems Automating the Creation of Personalized Mobile Multimedia Services |
Session V: Video Streaming and Caching
Scalable Video Delivery on the Web An Experimental Dynamic RAM Video Cache MiddleMan: A Video Caching Proxy Server |
Session VI: TCP-Based Media Transmission
Streaming Stored Continuous Media over Fair-Share Bandwidth Speeding Up Short Data Transfers: Theory, Architectural Support, and Simulation Results A Rate Based RED Mechanism |
Session VII: Multicast Congestion Control and Reliability
Topology Sensitive Congestion Control for Real-Time Multicast Pathological Behaviors for RLM and RLC A Centralized, Tree-Based Approach to Network Repair Service for Multicast Streaming Media |
Session VIII: TCP Friendliness versus Flow Isolation
LDA+ TCP-Friendly Adaptation: A comparison and measurement study Dynamic-CBT – Better Performing Active Queue Management for Multimedia Networking Goodput Control for Heterogeneous Data Streams SF-FC: A Neighbor-State Based Flow Control with Soft Fairness |
Session IX: Performance, Models, & Multicast
Modeling of Packet Loss and Delay and Their Effect on Real-Time Multimedia Service Quality Supporting the Need for Inter-Domain Multicast Reachability WHIM: Watermarking Multicast Video with a Hierarchy of Intermediaries |
Session X: Network-Centric Coding
Incorporating Application-Level Knowledge Into the MPEG-2 Coding Model Providing Efficient Support for Lossless Video Transmission and Playback Providing Smoother Quality Layered Video Stream |
Related Links
NOSSDAV 2000 Organizing Committee
Program Chairs
Kevin Jeffay | University of North Carolina, Chapel Hill |
Harrick Vin | University of Texas at Austin |
Program Committee
Kevin Almeroth | University of California, Santa Barbara |
Richard Black | University of Glasgow, UK |
Wu-chi Feng | Ohio State University |
Jim Griffioen | University of Kentucky, USA |
Sugih Jamin | University of Michigan, Ann Arbor |
Charles Kalmanek | AT&T Labs Research |
Dilip Kandlur | IBM T.J. Watson Research Center |
Robin Kravets | University of Illinois at Urbana-Champaign |
Ian Leslie | Cambridge University, UK |
Brian Levine | University of Massachusetts, Amherst |
Ketan Mayer-Patel | University of North Carolina, Chapel Hill |
Klara Nahrstedt | University of Illinois at Urbana-Champaign |
Jason Nieh | Columbia University |
Duane Northcutt | Sun Microsystems |
Venkat Padmanabhan | Microsoft Research |
Injong Rhee | North Carolina State University |
Timothy Roscoe | Sprint Advanced Technology Labs |
Henning Schulzrinne | Columbia University |
Prashant Shenoy | University of Massachusetts, Amherst |
Doug Shepherd | Lancaster University, UK |
Raj Yavatkar | Intel |