Abstract
AbstractWe present an enhanced hypercube architecture and develop a corresponding routing scheme to realize arbitrary permutations in this paper. In particular, we design a rearrangeable and reconfigurable static hypercube architecture called the Generalized Folding‐Cube in the circuit switching environment. In the proposed hypercube, we show that if each connection between two neighboring nodes consists of two pairs of links (two full‐duplex communication lines) the hypercube can handle two independent permutations simultaneously. This hypercube architecture can also be used as an efficient reconfigurable network.
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