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http://ifigenia.org/wiki/issue:iwgn-2009-51-58
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Title of paper:
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One generalized net model for estimation of decisions for PIM-algorithm in crossbar switch node
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Author(s):
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Tasho Tashev
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Institute of Information Technologies, Bulgarian Academy of Sciences, Acad. G. Bonchev Str., Block 2, Sofia 1113, Bulgaria
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ttashev@iit.bas.bg
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Valeri Gochev
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Higher State School “College of Telecommunications and Post”, Sofia, Bulgaria
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valeri_gochev@abv.bg
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Presented at:
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10th IWGN, Sofia, 5 December 2009
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Published in:
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Conference proceedings, pages 51—58
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Download:
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PDF (145 Kb, Info)
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Abstract:
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The present paper concerns the modelling of switching processes in the communication node. Investigations on PIM-algorithm (Parallel Iterative Matching) for non-conflict schedule computing in packet crossbar switch communication node are considered. The PIM-algorithm is specified by means of Generalized Nets and some possibilities of improvement of the algorithm characteristics are discussed. It is shown that the Generalized nets are an effective formal apparatus to deal with this kind of tasks.
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Keywords:
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Modelling, Generalized nets, Communication node, Crossbar switch
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References:
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- Atanassov K. Generalized Nets, World Scientific, Sing., N.J., London, 1991.
- Atanassov K. Generalized Nets and System Theory. Acad. Press “Prof.M.Drinov”, Sofia, Bulgaria, 1997.
- Atanassov, K., H. Aladjov. Generalized nets model of a new type of expert systems. Advanced Studies in Contemporary Mathematics, Vol. 3, 2001, No. 1, 43-58.
- Gochev V., Modeling of telecommunication traffic with Generalized nets. Proc. Of National conference with international participation “Elektronika’2008”, 29-30 May 2008, Sofia, Bulgaria. pp. 88-93 (in Bulgarian).
- Anderson T., Owicki S., Saxe J., and Thacker C., High speed switch scheduling for local area networks. ACM Trans. Comput. Syst., vol. 11, no.4, pp.319-352, Nov. 1993.
- Tashev T.D., Vorobiov V.M. Computer modeling of one algorithm of the frictionless schedule in the switching site. Proc. of Int. Workshop “Distributed Computer and Communication Networks – DCCN’2008” October 20-23 2008, Sofia, Bulgaria. Moscow, Russia, 2008. pp. 95-100. ISBN 978-5-901158-09-8.
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Citations:
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