通用逻辑机

M. Perkowski
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引用次数: 7

摘要

在简要回顾了逻辑机的发展历史之后,对立方演算机(CCM2)进行了描述。这台机器是基于一种架构,其中的数据路径被设计为执行立方体演算的操作,立方体演算是一种普遍用于处理和最小化布尔函数的代数模型。CCM2有效地实现了所有的立方体微积分运算,如尖锐运算和一致运算。CCM2使用的位置立方表示也可以表示多值输入、二进制输出的立方演算(MVCC)操作数。CCM2还可以与广义MVCC一起工作,广义MVCC是作为MVCC的扩展而开发的。这个扩展允许机器操作集逻辑,关联元组,几个多值输入多值输出逻辑,多输出关系和符号关系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A universal logic machine
After a brief review of the history of logic machines, a description is given of the Cube Calculus Machine (CCM2). This machine is based on an architecture in which the data path has been designed to execute operations to cube calculus, an algebraic model popularly used to process and minimize Boolean functions. CCM2 realizes efficiently all cube calculus operations such as sharp and consensus. The positional cube representation used by CCM2 can also represent multivalued-input, binary-output cube calculus (MVCC) operands. CCM2 can also work with generalized MVCC, which was developed as an extension of MVCC. This extension allows the machine to operate on set logic, associative tuples, several multivalued input multivalued output logics, multioutput relations, and symbolic relations.<>
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