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Overview | Results | Publications | Software | People | References
Overview:
Several router mechanisms have been proposed to achieve fair rate allocations.
However, most of them require the proposed mechanisms to be deployed at all
routers within an autonomous domain in order to achieve the desired, or any
appreciably improved, quality of service. In this project we are exploring an
incrementally deployable QoS architecture called iQ. iQ consists of a set of
core- and edge-router mechanisms that allow for changing one router at a time,
improving the rate fairness provided by the network gracefully, for each additional
iQ router deployed. We use simulations to compare the incremental deployability of
the iQ architecture with that of existing approaches.
Results:
Publications & Presentations:
- Y. Blanpain, V. Anantharaman and R. Sivakumar,
``An Incrementally Deployable Approach for Achieving Fair Rate Allocations.''
IEEE International Conference on Computer Communications and Networks (IC3N), Scottsdale, AZ USA, October 2001. - Y. Blanpain,
``A Scalable and Deployable Approach for Achieving Fair Rate Allocations in High Speed Networks.''
M.S. Thesis, Georgia Institute of Technology, Atlanta, GA USA, July 2001. - Y. Blanpain, H.-Y. Hsieh and R. Sivakumar,
``The Incremental Deployability of Core-Stateless Fair Queuing.''
IEE/IEEE International Conference on Networking (ICN), Colmar, France, July 2001.
Software Downloads:
People:
- Yannick Blanpain (Alumnus)
- Raghupathy Sivakumar (Professor)