共享存储光学/电子计算机:体系结构设计

C. Waterson, B. K. Jenkins
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引用次数: 0

摘要

计算机科学和并行处理社区已经开发和研究了几个抽象的并行计算模型[1,2]。共享内存模型是这些模型中计算能力最强的模型之一。它们受益于大量的理论基础,许多算法已经映射到这些模型上,以表征理论上最优的并行性能。基于共享内存模型的电子并行体系结构的开发已经进行了许多尝试。其中大多数都是不成功的,主要是由于互连网络硬件及其相关控制的复杂性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Shared Memory Optical/Electronic Computer: Architecture Design
Several abstract models of parallel computation have been developed and studied by the computer science and parallel processing communities [1, 2]. The shared memory models are among the most computationally powerful of these models. They benefit from substantial theoretical foundations, and many algorithms have been mapped onto these models in order to characterize theoretically optimum parallel performance. A number of attempts have been made to develop electronic parallel architectures based on the shared memory model. Most of them have been unsuccessful, primarily due to the complexity of the interconnection network hardware and its associated control.
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