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TIME MULTIPLEXING AND CONTROL FOR OPTICAL CELLULAR-HYPERCUBE ARRAYS

机译:光学细胞超立方体阵列的时间复用和控制

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We discuss the cellular-hypercube optical free-space interconnection architecture and its implementation by two-dimensional smart-pixel optoelectronic cellular arrays. We emphasize the behavior of the cellular hypercube in performing shift-invariant parallel shifts of data, a basic requirement of most single-instruction multiple-data algorithms. We present a time-multiplexing scheme for realizing the cellular hypercube, showing that the communication time is inversely proportional to the number of optical detectors per cell. We also present an improved hybrid interconnection network with improved performance that combines the cellular hypercube and mesh, using optics for the longer-distance connections and electronics for nearest-neighbor connections. (C) 1996 Optical Society of America [References: 35]
机译:我们讨论了蜂窝-超立方体光学自由空间互连体系结构及其通过二维智能像素光电蜂窝阵列的实现。我们强调蜂窝超立方体在执行数据的不变位移并行平移中的行为,这是大多数单指令多数据算法的基本要求。我们提出了一种实现蜂窝超立方体的时分复用方案,表明通信时间与每个单元的光检测器数量成反比。我们还提出了一种改进的混合互连网络,该网络具有结合蜂窝超立方体和网格的性能,并使用光学器件进行长距离连接,将电子器件用于最近邻居连接。 (C)1996年美国眼镜学会[参考:35]

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