A Case for End System Multicast

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A Case for End System Multicast (2000)

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by Yang-hua Chu , Sanjay G. Rao , Srinivasan Seshan , Hui Zhang

Venue:	in Proceedings of ACM Sigmetrics
Citations:	1290 - 24 self

BibTeX

@INPROCEEDINGS{Chu00acase,
    author = {Yang-hua Chu and Sanjay G. Rao and Srinivasan Seshan and Hui Zhang},
    title = {A Case for End System Multicast},
    booktitle = {in Proceedings of ACM Sigmetrics},
    year = {2000},
    pages = {1--12}
}

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Abstract

Abstract — The conventional wisdom has been that IP is the natural protocol layer for implementing multicast related functionality. However, more than a decade after its initial proposal, IP Multicast is still plagued with concerns pertaining to scalability, network management, deployment and support for higher layer functionality such as error, flow and congestion control. In this paper, we explore an alternative architecture that we term End System Multicast, where end systems implement all multicast related functionality including membership management and packet replication. This shifting of multicast support from routers to end systems has the potential to address most problems associated with IP Multicast. However, the key concern is the performance penalty associated with such a model. In particular, End System Multicast introduces duplicate packets on physical links and incurs larger end-to-end delays than IP Multicast. In this paper, we study these performance concerns in the context of the Narada protocol. In Narada, end systems selforganize into an overlay structure using a fully distributed protocol. Further, end systems attempt to optimize the efficiency of the overlay by adapting to network dynamics and by considering application level performance. We present details of Narada and evaluate it using both simulation and Internet experiments. Our results indicate that the performance penalties are low both from the application and the network perspectives. We believe the potential benefits of transferring multicast functionality from end systems to routers significantly outweigh the performance penalty incurred. I.

Keyphrases

end system end system multicast ip multicast performance penalty multicast related functionality narada protocol layer functionality overlay structure application level performance natural protocol layer network management alternative architecture end-to-end delay membership management multicast support congestion control initial proposal packet replication key concern physical link internet experiment network perspective conventional wisdom end system multicast introduces term end system multicast potential benefit performance concern network dynamic multicast functionality present detail

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