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本文提出一种单指令流多数据流SIMD微阵列机系统MC-MAP.该系统以通用微型计算机作为主控制机,阵列处理机MAP作为从机.文中阐述了MAP的三个组成部分(控制部件ACU、处理部件APU和I/O部件AIO)的结构及其设计特点,并探讨了内部的微程序控制方式. 目前,一个由16台PE_(?)组成的模型机已经装成,借助于单板机代替控制部分可进行模拟运行,并成功地实现了并行的Gauss-Jordan求逆算法.
This paper presents a single-instruction-flow multi-stream SIMD microarray system MC-MAP, which uses a general microcomputer as the main controller and an array processor MAP as the slave.The paper describes the three components of the MAP ACU, processing unit APU and I / O unit AIO) structure and its design features, and discusses the internal micro-program control mode.At present, a model machine consisting of 16 PE_ (?) Has been installed, with the help of a single Board machine instead of the control part of the simulation can be run, and successfully implemented a parallel Gauss-Jordan inversion algorithm.