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Performance Analysis of ABR Congestion Control Algorithm using Self-Similar Traffic  

Kim, Dong-Il (Department of Information Communication Engineering, Dongeui University)
Jin, Sung-Ho (Department of Information Communication Engineering, Dongeui University)
Abstract
One of the most important issues in designing a network and realizing a service is dealing with traffic characteristics. Recent experimental research on LAN, WAN, and VBR traffic properties has highlighted that real traffic specificities can not be displayed because the current models based on the Poisson assumption under estimate the long range dependency of network traffic and self-similar peculiarities. Therefore, a new approach using self-similarity characteristics as a real traffic model was recently developed. In This paper we discusses the definition of self-similarity traffic. Moreover, real traffic was collected and we generated self-similar data traffic like real traffic to background load. On the existing ABR congestion control algorithm transmission throughput with the representative ERICA, EPRCA and NIST switch algorithm show the efficient reaction about the burst traffic.
Keywords
ATM; Self-Similar Traffic; ABR Congestion Control;
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  • Reference
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