用于开/关工业控制的先进二进制决策机的设计

M. Abdelguerfi, D. Hitesh
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引用次数: 1

摘要

提出了一种先进的二元决策机(ABDM)。BDM测试布尔输入变量,并根据输入的状态进行分支。输入、测试和分支操作在一条微指令中执行。给出了ABDM的体系结构。它由三个主要部分组成:控制存储器;microsequencer;输入/输出(I/O)子系统。ABDM具有强大的指令集和较高的运算速度。它展示了在复杂的开/关控制应用程序中必不可少的几个特性,包括整个输入库的分岔、锁存和解锁、标量输出或矢量输出的输出、循环、条件循环和子程序的嵌套。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of an advanced binary decision machine for on/off industrial control
An advanced binary decision machine (ABDM) is proposed. A BDM tests a Boolean input variable and branches according to the state of the input. The input, test, and branch operations are performed in one microinstruction. The architecture of the ABDM is shown. It consists of three main components: a control storage; a microsequencer; and an input/output (I/O) subsystem. The ABDM has a powerful instruction set and a high operating speed. It exhibits several features that are essential in complex on/off control applications, including forking, latching and unlatching of an entire input bank, outputting of either a scalar output or a vector output, looping, conditional looping, and nesting of subroutines.<>
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