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Identifying logical planes formed of compute nodes of a subcommunicator in a parallel computer

机译:识别由并行计算机中的子通信器的计算节点形成的逻辑平面

摘要

In a parallel computer, a plurality of logical planes formed of compute nodes of a subcommunicator may be identified by: for each compute node of the subcommunicator and for a number of dimensions beginning with a first dimension: establishing, by a plane building node, in a positive direction of the first dimension, all logical planes that include the plane building node and compute nodes of the subcommunicator in a positive direction of a second dimension, where the second dimension is orthogonal to the first dimension; and establishing, by the plane building node, in a negative direction of the first dimension, all logical planes that include the plane building node and compute nodes of the subcommunicator in the positive direction of the second dimension.
机译:在并行计算机中,可以通过以下方式标识由子通信器的计算节点形成的多个逻辑平面:对于子通信器的每个计算节点,以及对于以第一维度开始的多个维度:通过平面构建节点建立:第一维度的正方向,包括第二通信者的平面构建节点和计算节点的所有逻辑平面在第二维度的正方向上,其中第二维度与第一维度正交;平面建立节点在第一维度的负方向上建立所有逻辑平面,该逻辑平面包括平面构建节点和子通信器的计算节点在第二维度的正方向上的所有逻辑平面。

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