IPD - Lehrstuhl Tichy - Programmiersysteme

On the Design and Performance of Kernel-level TCP Connection Endpoint Migration in Cluster-Based Servers

  • Tagung:

    Konferenzartikel 

  • Autoren:

    Walter F. Tichy
    Vlad Olaru
     

  • Summary

    The TCP connection endpoint migration allows arbitrary server-side connection endpoint assignments to server nodes in cluster-based servers. The mechanism is client-transparent and supports back-end level request dispatching. It has been implemented in the Linux kernel and can be used as part of a policy-based software architecture for request distribution. We show that the TCP connection end-point migration can be successfully used for request distribution in cluster-based Web servers, both for persistent and non-persistent HTTP connections. We present locality-aware policies using TCP connection migration that out-perform Round Robin by factors as high as 2.79 in terms of the average response time for certain classes of requests.

  • Jahr:

    2005 

  • Links:
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Bibtex

@inproceedings{,
author={Walter F. Tichy, Vlad Olaru},
title={On the Design and Performance of Kernel-level TCP Connection Endpoint Migration in Cluster-Based Servers},
year=2005,
month=May,
booktitle={Proceedings of the 5th IEEE International Symposium on Cluster Computing and the Grid (CCGRID 2005)},
url={https://ps.ipd.kit.edu/downloads/ka_2005_design_performance_kernel_level_tcp.pdf},
abstract={The TCP connection endpoint migration allows arbitrary server-side connection endpoint assignments to server nodes in cluster-based servers. The mechanism is client-transparent and supports back-end level request dispatching. It has been implemented in the Linux kernel and can be used as part of a policy-based software architecture for request distribution. We show that the TCP connection end-point migration can be successfully used for request distribution in cluster-based Web servers, both for persistent and non-persistent HTTP connections. We present locality-aware policies using TCP connection migration that out-perform Round Robin by factors as high as 2.79 in terms of the average response time for certain classes of requests.},
pages={1000--1007},