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A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet

This paper describes a proposal for a fuzzy logic LSP regulator for preemption control in a DiffServ-aware MPLS Internet network based on the Russian Doll bandwidth allocation scheme. The fuzzy logic regulator regulates the incoming traffic based on class by either rerouting or resizing existing les...

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Bibliographic Details
Main Authors: Din N.M., Abidin H.Z., Rahman S.F.A., Fisal N.
Other Authors: 9335429400
Format: Conference paper
Published: 2023
Subjects:
DiffServ
Fuzzy logic
MPLS
Preemption
Computer simulation
Frequency allocation
Internet
Throughput
Blocking probability
Borrowed bandwidth information
Fuzzy logic regulators
Regulator preemption
Fuzzy sets
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id my.uniten.dspace-29759
record_format dspace
spelling my.uniten.dspace-297592023-12-28T16:57:34Z A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet Din N.M. Abidin H.Z. Rahman S.F.A. Fisal N. 9335429400 52165115900 57198872576 16021700100 DiffServ Fuzzy logic MPLS Preemption Computer simulation Frequency allocation Internet Throughput Blocking probability Borrowed bandwidth information Fuzzy logic regulators Regulator preemption Fuzzy sets This paper describes a proposal for a fuzzy logic LSP regulator for preemption control in a DiffServ-aware MPLS Internet network based on the Russian Doll bandwidth allocation scheme. The fuzzy logic regulator regulates the incoming traffic based on class by either rerouting or resizing existing less prioritized traffic or rejecting the admission request. Three DiffServ traffic class types were used in the DiffServ-aware MPLS network under study, i.e. premium, assured and best effort traffic. The fuzzy logic regulator uses the premium traffic utilization value, the assured and best effort traffic amount of borrowed bandwidth information as inputs and the preemption decision as output. A simulation study was performed for the fuzzy logic regulator using ns-2. A comparative analysis was conducted with preemption, no preemption and with fuzzy logic regulator preemption. The results show that the fuzzy logic pre-emption scheme gave better performance in terms of connection blocking probability and throughput. � 2005 IEEE. Final 2023-12-28T08:57:34Z 2023-12-28T08:57:34Z 2005 Conference paper 10.1109/ICON.2005.1635515 2-s2.0-33847284901 https://www.scopus.com/inward/record.uri?eid=2-s2.0-33847284901&doi=10.1109%2fICON.2005.1635515&partnerID=40&md5=08d8cec4dca9f6a0b2ba267a65fc82cf https://irepository.uniten.edu.my/handle/123456789/29759 1 1635515 415 420 Scopus
institution Universiti Tenaga Nasional
building UNITEN Library
collection Institutional Repository
continent Asia
country Malaysia
content_provider Universiti Tenaga Nasional
content_source UNITEN Institutional Repository
url_provider http://dspace.uniten.edu.my/
topic DiffServ
Fuzzy logic
MPLS
Preemption
Computer simulation
Frequency allocation
Internet
Throughput
Blocking probability
Borrowed bandwidth information
Fuzzy logic regulators
Regulator preemption
Fuzzy sets
spellingShingle DiffServ
Fuzzy logic
MPLS
Preemption
Computer simulation
Frequency allocation
Internet
Throughput
Blocking probability
Borrowed bandwidth information
Fuzzy logic regulators
Regulator preemption
Fuzzy sets
Din N.M.
Abidin H.Z.
Rahman S.F.A.
Fisal N.
A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet
description This paper describes a proposal for a fuzzy logic LSP regulator for preemption control in a DiffServ-aware MPLS Internet network based on the Russian Doll bandwidth allocation scheme. The fuzzy logic regulator regulates the incoming traffic based on class by either rerouting or resizing existing less prioritized traffic or rejecting the admission request. Three DiffServ traffic class types were used in the DiffServ-aware MPLS network under study, i.e. premium, assured and best effort traffic. The fuzzy logic regulator uses the premium traffic utilization value, the assured and best effort traffic amount of borrowed bandwidth information as inputs and the preemption decision as output. A simulation study was performed for the fuzzy logic regulator using ns-2. A comparative analysis was conducted with preemption, no preemption and with fuzzy logic regulator preemption. The results show that the fuzzy logic pre-emption scheme gave better performance in terms of connection blocking probability and throughput. � 2005 IEEE.
author2 9335429400
author_facet 9335429400
Din N.M.
Abidin H.Z.
Rahman S.F.A.
Fisal N.
format Conference paper
author Din N.M.
Abidin H.Z.
Rahman S.F.A.
Fisal N.
author_sort Din N.M.
title A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet
title_short A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet
title_full A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet
title_fullStr A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet
title_full_unstemmed A fuzzy LSP regulator for preemption control in a DiffServ-aware MPLS internet
title_sort fuzzy lsp regulator for preemption control in a diffserv-aware mpls internet
publishDate 2023
_version_ 1806426718811979776
score 13.222552

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