Abstract:We present a new technique for the embedding of large cube-connected cycles networks (CCC) into smaller ones, a problem that arises when algorithms designed for an architecture of an ideal size are to be executed on an existing architecture of a xed size. Using the new embedding strategy, we show that the CCC of dimension l can be embedded into the CCC of dimension k with dilation 1 and optimum load for any k; l 2 IN, k 8, such that 5 3 + c k < l k 2, c k = 4k + 3 3 2 2=3k , thus improving known results. Our e… Show more
This paper introduces a parallel algorithm f o r computing an N=n2" point Lagrange interpolation on an n-dimensional cube-connected cycles (CCC,,). The algorithm exploits several coniniunication techniques in a novel way which can be adapted f o r computing siniilar functions. The perforniance of the algorithm is also evaluated by nieatis of speedup measure. It shows a near to optimal speedup for ii state-of-the-art iriiplenietitation technology.
This paper introduces a parallel algorithm f o r computing an N=n2" point Lagrange interpolation on an n-dimensional cube-connected cycles (CCC,,). The algorithm exploits several coniniunication techniques in a novel way which can be adapted f o r computing siniilar functions. The perforniance of the algorithm is also evaluated by nieatis of speedup measure. It shows a near to optimal speedup for ii state-of-the-art iriiplenietitation technology.
scite is a Brooklyn-based organization that helps researchers better discover and understand research articles through Smart Citations–citations that display the context of the citation and describe whether the article provides supporting or contrasting evidence. scite is used by students and researchers from around the world and is funded in part by the National Science Foundation and the National Institute on Drug Abuse of the National Institutes of Health.