2019Unpublished venueOpen access

Reducing Crosspoints on Multistage Switching by Using Batcher Banyan Switches

Muhammad Zulfin, Maksum Pinem, Rahmad Fauzi, Muhammad Razali

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Abstract

Multistage switching is generally built by using crossbar switches in according to Clos architecture which has small blocking probabilities. However, number of cross points increases significantly to numbers of input output. This paper analyses the implementation of Batcher Banyan configuration to

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What this paper is about

Multistage switching is generally built by using crossbar switches in according to Clos architecture which has small blocking probabilities. However, number of cross points increases significantly to numbers of input output. This paper analyses the implementation of Batcher Banyan configuration to

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Available abstract

Multistage switching is generally built by using crossbar switches in according to Clos architecture which has small blocking probabilities. However, number of cross points increases significantly to numbers of input output. This paper analyses the implementation of Batcher Banyan configuration to

Key concepts: Banyan, Clos network, Crossbar switch, Multistage interconnection networks, Computer science, Blocking (statistics), Crossover switch, Parallel computing

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