A parallel technique for M-D digital signal processing

M.B.E. Abdelrazik
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Abstract

The authors describe a parallel technique for decomposition and implementation of multidimensional linear time invariant systems. The resulting structures are regular, modular, and highly parallel. The approach used is systematic, and therefore it would be useful for logic synthesis. The application of such an approach in digital signal processing (DSP) and numerical computations reduces the design time, resulting in low cost. This approach produces various structures (semi-systolic, quasi-systolic, and pure systolic structures) which could be considered as application specific array processors.<>
M-D数字信号处理的并行技术
作者描述了一种用于分解和实现多维线性时不变系统的并行技术。由此产生的结构是规则的、模块化的和高度并行的。所使用的方法是系统的,因此它对逻辑综合很有用。该方法在数字信号处理(DSP)和数值计算中的应用,减少了设计时间,从而降低了成本。这种方法产生各种结构(半收缩、准收缩和纯收缩结构),这些结构可以被视为特定于应用程序的数组处理器。
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