Abstract
In this paper, we present a scheme where a (d - 1)-dimensional subcube is allocated in a faulty d-dimensional circuit-switched hypercube in the presence of up to 2(d - 1) faulty nodes. The scheme is then extended to allocate a (d - 1)-dimensional subcube in the presence of a combination of faulty nodes and faulty links. Theoretical proofs and simulation results are presented to analyze the performance of the scheme.
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