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Cyclic-cubes: a new family of interconnection networks of even fixed-degrees

机译:循环立方体:甚至固定度数的互连网络新家族

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We introduce a new family of interconnection networks that are Cayley graphs with fixed degrees of any even number greater than or equal to four. We call the proposed graphs cyclic-cubes because contracting some cycles in such a graph results in a generalized hypercube. These Cayley graphs have optimal fault tolerance and logarithmic diameters. For comparable number of nodes, a cyclic-cube can have a diameter smaller than previously known fixed-degree networks. The proposed graphs can adopt an optimum routing algorithm known for one of its subfamilies of Cayley graphs. We also show that a graph in the new family has a Hamiltonian cycle and, hence, there is an embedding of a ring. Embedding of meshes and hypercubes are also discussed.
机译:我们引入了一个新的互连网络系列,它们是Cayley图,具有固定偶数个大于或等于4的固定度。我们将提出的图称为循环立方体,因为收缩此类图中的某些循环会导致广义超立方体。这些Cayley图具有最佳的容错性和对数直径。对于相当数量的节点,循环立方体的直径可以小于以前已知的固定度网络。提出的图可以采用针对其Cayley图的子族之一已知的最佳路由算法。我们还表明,新族中的图具有哈密顿循环,因此存在环的嵌入。还讨论了网格和超立方体的嵌入。

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