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Overview:

This paper examines the feasibility of incorporating network calculus based models in simulating TCP/IP networks. By exploiting network calculus properties, the authors characterize how TCP congestion control - additive increase and multiplicative decrease (AIMD), together with the queue management strategy used in routers, regulates TCP flows. The paper first divides the time axis into intervals (each of which consists of multiple round-trip times), and derive a TCP AIMD throughput model which derives the attainable throughput of a TCP flow, given the number of losses in an interval. Then based on the derived throughput model, the authors define a set of network calculus based theorems that give upper and lower bounds on the attainable TCP throughput in each interval.

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Format:PDFSize:179 KB
Date:Jan 2007
Pages:12

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