Presentation 2015-03-06
Evaluation of Greedy Algorithms for Embedding Multiple VLANs
Andrew LEE, Shuichi MIYAZAKI, Yasuo OKABE,
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Abstract(in English) Given the same amount of hardware resource and bandwidth limitation, networks with optimal configurations enable Internet service providers to provide a lower end-to-end latency service for clients to use. In the case of designing VLAN, due to the lack of effective automation tool at present, most configurations are still done manually, hence it becomes hard to ensure the optimum of a designed network especially when the scale of the given network grows larger. In this paper, our goal is to construct an automated procedure for embedding multiple VLANs above the same physical network by first defining the performance criteria and then introducing the Minimum Diameter Multiple Steiner Tree problem as the model of this problem. We propose several greedy algorithms to solve the model problem as well as evaluating the performance results obtained by simulated data. Our result shows that an embedding order of higher bandwidth requirement first has a higher chance to reduce the latency sum of multiple VLANs in a full mesh network.
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Keyword(in English) VLAN / network topology / greedy algorithm
Paper # SITE2014-73,IA2014-105
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Committee SITE
Conference Date 2015/2/26(1days)
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Registration To Social Implications of Technology and Information Ethics (SITE)
Language ENG
Title (in Japanese) (See Japanese page)
Sub Title (in Japanese) (See Japanese page)
Title (in English) Evaluation of Greedy Algorithms for Embedding Multiple VLANs
Sub Title (in English)
Keyword(1) VLAN
Keyword(2) network topology
Keyword(3) greedy algorithm
1st Author's Name Andrew LEE
1st Author's Affiliation Grad. School of Informatics, Kyoto University()
2nd Author's Name Shuichi MIYAZAKI
2nd Author's Affiliation / Academic Center for Computing and Media Studies, Kyoto University
3rd Author's Name Yasuo OKABE
3rd Author's Affiliation
Date 2015-03-06
Paper # SITE2014-73,IA2014-105
Volume (vol) vol.114
Number (no) 494
Page pp.pp.-
#Pages 5
Date of Issue