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随着微型机和 LSI 技术的发展,建造微阵列处理系统才得以可能。该系统采用微处理芯片作为模块,并应用大型阵列机的体系结构。本文讨论了系统中的主计算机 MC 和微阵列处理机 MAP 的关系,并描述了 MAP 的三个组成部分(控制部件 ACU、处理部件 APU 和 I/O 部件 AIO)的结构组成。目前,一个由16个 PE 组成的模型已经建成,借助模拟即可实现并行的Gauss-Jordan 算法。
As microcomputers and LSI technologies evolve, it is possible to build microarray processing systems. The system uses a microprocessor chip as a module and applies the architecture of a large array machine. This article discusses the relationship between the host computer MC and the microarray processor MAP in the system and describes the structure of the three components of the MAP (control unit ACU, processing unit APU and I / O unit AIO). At present, a model composed of 16 PEs has been built, and a parallel Gauss-Jordan algorithm can be implemented by means of simulation.