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Robustness to Inflated Subscription in Multicast Congestion Control (2003)

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by Sergey Gorinsky , Sugat Jain , Harrick Vin , Yongguang Zhang
Venue:In Proceedings ACM SIGCOMM 2003
Citations:16 - 4 self
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BibTeX

@INPROCEEDINGS{Gorinsky03robustnessto,
    author = {Sergey Gorinsky and Sugat Jain and Harrick Vin and Yongguang Zhang},
    title = {Robustness to Inflated Subscription in Multicast Congestion Control},
    booktitle = {In Proceedings ACM SIGCOMM 2003},
    year = {2003},
    pages = {03--09}
}

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Abstract

Group subscription is a useful mechanism for multicast congestion control: RLM, RLC, FLID-DL, and WEBRC form a promising line of multi-group protocols where receivers provide no feedback to the sender but control congestion via group membership regulation. Unfortunately, the group subscription mechanism also o#ers receivers an opportunity to elicit self-beneficial bandwidth allocations. In particular, a misbehaving receiver can ignore guidelines for group subscription and choose an unfairly high subscription level in a multi-group multicast session. This poses a serious threat to fairness of bandwidth allocation. In this paper, we present the first solution for the problem of inflated subscription. Our design guards access to multicast groups with dynamic keys and consists of two independent components: DELTA (Distribution of ELigibility To Access) -- a novel method for in-band distribution of group keys to receivers that are eligible to access the groups according to the congestion control protocol, and SIGMA (Secure Internet Group Management Architecture) -- a generic architecture for key-based group access at edge routers.

Keyphrases

multicast congestion control    inflated subscription    group subscription    misbehaving receiver    design guard access    in-band distribution    serious threat    dynamic key    multi-group multicast session    secure internet group management architecture    generic architecture    group subscription mechanism    group key    novel method    group membership regulation    promising line    self-beneficial bandwidth allocation    bandwidth allocation    er receiver    control congestion    useful mechanism    key-based group access    first solution    independent component    multi-group protocol    congestion control protocol    high subscription level    edge router   

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