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2003•Unpublished venueRequires access

Performance of TCP over wireless networks with the Snoop protocol

Sarma Vangala, Miguel A. Labrador

Open publisher page 34 citations

Abstract

Several attempts have been made to assess the performance of TCP over wireless networks and several solutions have been proposed to improve its performance. Even though many different TCP versions and solutions exist, so far they have not been studied together. In this paper we include a simulation-based performance analysis of the most important TCP versions over wireless networks. In addition, we analyze those TCP versions in the same environment but including the Snoop protocol and find that TCP Vegas and SACK present an opposite behavior.

About this research paper

What this paper is about

Several attempts have been made to assess the performance of TCP over wireless networks and several solutions have been proposed to improve its performance. Even though many different TCP versions and solutions exist, so far they have not been studied together. In this paper we include a simulation-based performance analysis of the most important TCP versions over wireless networks. In addition, we analyze those TCP versions in the same environment but including the Snoop protocol and find that TCP Vegas and SACK present an opposite behavior.

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OpenAlex reports 34 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

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Method / approach

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Main findings

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Available abstract

Several attempts have been made to assess the performance of TCP over wireless networks and several solutions have been proposed to improve its performance. Even though many different TCP versions and solutions exist, so far they have not been studied together. In this paper we include a simulation-based performance analysis of the most important TCP versions over wireless networks. In addition, we analyze those TCP versions in the same environment but including the Snoop protocol and find that TCP Vegas and SACK present an opposite behavior.

Key concepts: Zeta-TCP, Computer science, TCP acceleration, TCP Vegas, Computer network, TCP Westwood, Compound TCP, TCP global synchronization

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