Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators

In order to get exact bounds problems encountered in networking with self-similar input traffic,a fractal regu-lator was introduced into the ingress of a generalized processor sharing(GPS) system for regulating the self-similar traf-fic,and a model was presented based on fractal regulator and GPS.Th...

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Main Authors: ZHANG Lian-ming1, CHEN Zhi-gang2, ZHAO Ming2, WANG Lei3
Format: Article
Language:zho
Published: Editorial Department of Journal on Communications 2007-01-01
Series:Tongxin xuebao
Subjects:
Online Access:http://www.joconline.com.cn/zh/article/74660693/
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author ZHANG Lian-ming1
CHEN Zhi-gang2
ZHAO Ming2
WANG Lei3
author_facet ZHANG Lian-ming1
CHEN Zhi-gang2
ZHAO Ming2
WANG Lei3
author_sort ZHANG Lian-ming1
collection DOAJ
description In order to get exact bounds problems encountered in networking with self-similar input traffic,a fractal regu-lator was introduced into the ingress of a generalized processor sharing(GPS) system for regulating the self-similar traf-fic,and a model was presented based on fractal regulator and GPS.The deterministic bounds on queue length,delay,de-lay jitter and effective bandwidth of the system with self-similar input traffic were derived using network calculus.Nu-merical simulations demonstrate that the bound models of a GPS system based on fractal regulators using network calcu-lus are suited for the networks with self-similar input traffic.
format Article
id doaj-art-54d7ea27382b41e48326b5d3b6068c16
institution Kabale University
issn 1000-436X
language zho
publishDate 2007-01-01
publisher Editorial Department of Journal on Communications
record_format Article
series Tongxin xuebao
spelling doaj-art-54d7ea27382b41e48326b5d3b6068c162025-01-14T08:36:47ZzhoEditorial Department of Journal on CommunicationsTongxin xuebao1000-436X2007-01-01515774660693Deterministic upper bounds on performance of generalized processor sharing based on fractal regulatorsZHANG Lian-ming1CHEN Zhi-gang2ZHAO Ming2WANG Lei3In order to get exact bounds problems encountered in networking with self-similar input traffic,a fractal regu-lator was introduced into the ingress of a generalized processor sharing(GPS) system for regulating the self-similar traf-fic,and a model was presented based on fractal regulator and GPS.The deterministic bounds on queue length,delay,de-lay jitter and effective bandwidth of the system with self-similar input traffic were derived using network calculus.Nu-merical simulations demonstrate that the bound models of a GPS system based on fractal regulators using network calcu-lus are suited for the networks with self-similar input traffic.http://www.joconline.com.cn/zh/article/74660693/generalized processor sharingself-similar trafficfractal regulatordeterministic network calculusdetermi-nistic bounds
spellingShingle ZHANG Lian-ming1
CHEN Zhi-gang2
ZHAO Ming2
WANG Lei3
Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
Tongxin xuebao
generalized processor sharing
self-similar traffic
fractal regulator
deterministic network calculus
determi-nistic bounds
title Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
title_full Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
title_fullStr Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
title_full_unstemmed Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
title_short Deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
title_sort deterministic upper bounds on performance of generalized processor sharing based on fractal regulators
topic generalized processor sharing
self-similar traffic
fractal regulator
deterministic network calculus
determi-nistic bounds
url http://www.joconline.com.cn/zh/article/74660693/
work_keys_str_mv AT zhanglianming1 deterministicupperboundsonperformanceofgeneralizedprocessorsharingbasedonfractalregulators
AT chenzhigang2 deterministicupperboundsonperformanceofgeneralizedprocessorsharingbasedonfractalregulators
AT zhaoming2 deterministicupperboundsonperformanceofgeneralizedprocessorsharingbasedonfractalregulators
AT wanglei3 deterministicupperboundsonperformanceofgeneralizedprocessorsharingbasedonfractalregulators