Internet flow blocking probability calculation

A queuing analysis based on Internet traffic measurements is provided. First a finite-size Pareto queuing model for the heavy-tailed behavior of Internet flow traffic is presented. The derivation of the flow blocking probability with a finite buffer based on Internet flow traffic is provided. The fl...

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Main Authors: Tang, H.Y., Huang, S.J., Chen, H.-M.F.
Format: Conference Proceeding
Language:English
Subjects:
Admission control
Algorithm design and analysis
Communication system traffic control
Fluid flow measurement
Internet
Probability
Queueing analysis
Size measurement
Tail
Traffic control
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Huang, S.J.
Chen, H.-M.F.
description A queuing analysis based on Internet traffic measurements is provided. First a finite-size Pareto queuing model for the heavy-tailed behavior of Internet flow traffic is presented. The derivation of the flow blocking probability with a finite buffer based on Internet flow traffic is provided. The flow blocking probability is given as a function of the buffer size, system load and parameter /spl alpha/ of the measured flow duration distribution. These results are very useful for design trade-off of admission control algorithm or general network engineering where heavy tail phenomenon exists. In addition the behavior of the Internet consecutive packet loss duration (outage duration) is studied. The implicit relationship between heavy tail flow duration and heavy tail outage duration is identified in the queuing aspect.
doi_str_mv 10.1109/CCECE.2000.849547
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2576-7046
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subjects Admission control
Algorithm design and analysis
Communication system traffic control
Fluid flow measurement
Internet
Probability
Queueing analysis
Size measurement
Tail
Traffic control
title Internet flow blocking probability calculation
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