矢量哈特利变换采用多处理器

R. Mahapatra, Akhilesh Kumar
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引用次数: 1

摘要

许多信号处理变换的并行实现已经被报道。Hou的FHT算法(1987)的实现已经在三种多处理器架构(MPAs)上进行了研究:通过共享总线连接的多处理器;由间接二进制n-立方体多级互连网络连接的多处理器和网状连接的多处理器。本文分析了矢量哈特利变换算法在这些MPAs上的性能
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Vector Hartley transform employing multiprocessors
Many parallel implementations for signal processing transforms have already been reported. The implementation of Hou's FHT algorithm (1987) has been studied on three multiprocessor architectures (MPAs): multiprocessors connected through a shared bus; multiprocessors connected by an indirect binary n-cube multistage interconnection network and mesh connected multiprocessors. The article analyzes the performance of a vector Hartley transform algorithm on these MPAs.<>
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