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Modeling multi-path routing and congestion control under FIFO and fair queuing | IEEE Conference Publication | IEEE Xplore

Modeling multi-path routing and congestion control under FIFO and fair queuing


Abstract:

Multi-path routing is a valuable on-line technique to deal with unpredictable and variable traffic patters, mostly for intra-domain TE, multi-homing, wireless mesh networ...Show More

Abstract:

Multi-path routing is a valuable on-line technique to deal with unpredictable and variable traffic patters, mostly for intra-domain TE, multi-homing, wireless mesh networks, metropolitan access networks, and has been shown efficient for a large spectrum of future traffic scenarios. In this paper we analyze the performance of MIRTO, TEXCP and TRUMP, three recently proposed multi-path routing algorithms. Modeling of such algorithms is performed through fluid models, based on ordinary differential equations (ODEs). On a US-like backbone network, with and without in-network fair queuing schedulers, TEXCP and TRUMP show faster convergence times while MIRTO, that relies on simpler feedbacks, consumes less network resources.
Date of Conference: 20-23 October 2009
Date Added to IEEE Xplore: 18 December 2009
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Conference Location: Zurich, Switzerland

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