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The usefulness of the shuffle-exchange network in parallel processing applications is well established. The optimal embedding of a shuffle-exchange network of a given size depends on the number of cycles of the shuffle permutation of that size. The cost of one method of adding fault-tolerance through reconfigurability depends upon the number of such cycles, and the manner in which they can be c
Hamiltonian cycles; shuffle-exchange network; parallel processing; optimal embedding; shuffle permutation; fault-tolerance; reconfigurability; exact equation; shuffle-exchange connected array; spare processors; redundancy; directed graphs; fault tolerant computing; multiprocessor interconnection networks.
R. Cavin, III, W. Liu, T.H. Hildebrandt, "Hamiltonian Cycles in the Shuffle-Exchange Network", IEEE Transactions on Computers, vol. 38, no. , pp. 745-750, May 1989, doi:10.1109/12.24277
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