微程序设计(教程)

ACM '71 Pub Date : 1900-01-01 DOI:10.1145/800184.810501
S. S. Husson
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引用次数: 0

摘要

微程序设计被解释为在只读或读写类型的高速控制存储器中实现控制逻辑,它跨越了逻辑设计和系统架构的特殊性。因此,微编程是设计集成硬件/软件系统的一种很有前途的方法。微程序设计也被证明是教授计算机科学和系统架构的一种成功的教学工具。在本节课中,我们将讨论微编程的基本主题。会议将提供1)微程序设计的基本原理概述教程,2)当前微程序设计计算机的现状,它们的特点,问题和局限性的调查,以及3)当前和未来应用的调查。
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Microprogramming (Tutorial)
Microprogramming—interpreted as implementing control logic in a high speed control memory of either the read-only or read-write type—cuts across the specialties of logic design and system architecture. Microprogramming is, therefore, a promising means for designing integrated hardware/software systems. Microprogramming has also proved to be a successful pedagogical tool for teaching computer science and system architecture. In this session we will address topics fundamental to microprogramming. The session will provide 1) a tutorial overview of the basic principles of microprogramming, 2) a state-of-art survey of the current microprogrammable computers, their characteristics, problems, and limitations, and 3) a survey of sscurrent and future applications.
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