Reduced crossbar switch with minimum number of switching cells

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Reduced crossbar switch with minimum number of switching cells

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The upper bound on the minimum number of switching cells in crossbar switches was investigated. It was determined that the bound is given by N(N−1), where N is the switch size. Crossbar switches were embedded into ILLIAC(N, N−1) torus networks with cell counts given by the above formula and a simple routing control algorithm for the switches is introduced.

Inspec keywords: telecommunication control; switching networks; telecommunication network routing

Other keywords: switching cell; reduced crossbar switch; ILLIAC torus network; routing control algorithm

Subjects: Communication switching; Communication network design, planning and routing

References

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      • W.H. Kautz , K.N. Levitt , A. Waksman . Cellular interconnection arrays. IEEE Trans. Comput. , 5 , 443 - 451
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