As it is simple and accurate, karnaugh method is widely used in reducing Boolean expression in which the number of variables is usually within five. 逻辑函数化简中,卡诺图化简以其简便、准确的特点而常被大家青睐,但多被用于五变量以内的函数。
A Glimpse of the Karnaugh map Appliance in Digital Electronic Circuit Teaching 初探数字电路教学中对卡诺图的运用
A study on the multi-solution of simplifying logic function with Karnaugh map; 线要素化简一直是自动制图综合中的重要研究内容。
Ingeniously Use the Relation between the Gray Code and the Decimal System and the Binary System Code with the karnaugh Diagram 巧用卡若图表示格雷码和十进制、二进制数码的关系
Application of a First Order Reduced-dimension Karnaugh Map in Digital Circuit Design 一阶降维卡诺图在数字电路中的应用奥卡尼列线图、诺模图
Evolution Rules of Elementary Cellular Automaton Based on Karnaugh Map 基于卡诺图初等元胞自动机的演化规则
A new method for expressing the high-degree block of Karnaugh map with two-codes is presented. 本文还介绍了卡诺图高维块的双码表示的新方法。
Applications of Combined Karnaugh Map in Analysis of Logic Circuits 联合卡诺图在逻辑电路分析中的应用
Inquiring into the teaching methods of karnaugh map in digit circuit 数字电路中卡诺图教学方法的探讨
According to different methods of simplifying logic function, this thesis discussed the method of simplifying Karnaugh map by using computer. 讨论了逻辑函数卡诺图化简的计算机实现,提出了基于最大覆盖的问题求解方法。
The research on simplifying logic function by the Karnaugh Map with the computer assistance 计算机辅助卡诺图化简逻辑函数的研究
Based on the equivalence of the true table and Karnaugh map, a novel general method of simplifying logical functions is proposed in this paper. 基于真值表和卡诺图的等价性,本文提出一种基于真值表搜索的逻辑函数自动化简方法。
To give the essential principles reduced a logistic function by Karnaugh chart, and to explain the principles through an example. 给出了用卡诺图法化简逻辑函数的基本原则,并用事例诠释了基本原则。
Through examples, this paper has explained the method to represent and simplify logic functions with dimension lowered Karnaugh maps. 通过实例介绍了用降维卡诺图表示和化简逻辑函数的方法。
A Standard Method to Find internal Clock Pulse Overlay Area by Karnaugh Map ── Analysis of Asynchronous Sequential Logic Circuit in the Case or Comples Clock Pulse 利用卡诺图寻找内时钟复盖区的规范方法&复杂时钟下异步时序罗辑电路分析
Special applications of Karnaugh map method in the simplifying operation of logical functions 逻辑函数化简运算中卡诺图法的特殊应用
A New Way to Determine the Karnaugh Map for the Second of State Triggers in the Design of Asynchronous Counters 确定触发器次态卡诺图的一种新方法
Through commenting on the multiple dimensional character of Karnaugh structure, a new algebra-geometry algorithm with its correctness and efficiency is presented. 通过对卡诺结构多维性的分析讨论,推介一种新的几何代数算法,并充分论证其正确性和有效性。
Simplification of Multi-variate Boole Functions with the Method of Karnaugh Map of Extended Structure 扩展式卡诺图对多变量布尔函数的化简
Based on Karnaugh map, the design principle and method of time sequence logical circuit auto start are put forward and expounded. 阐述了以卡诺图为基础的具有自启动功能的时序逻辑电路设计原理和设计方法。
Based on practical examples, this paper expounds the applied method hypo-state Karnaugh map in the analysis and design of time-sequence logic circuit; 通过实际例子,阐述了次态卡诺图在分析和设计时序逻辑电路中的使用方法。
Karnaugh Map's Application in Logical Calculation and Conversion 卡诺图在逻辑运算和变换中的应用
This paper introduced the flexible application from the Karnaugh-map simplified logic function. 从卡诺图化简逻辑函数出发,介绍了卡诺图的几点灵活应用。
A method of Karnaugh Map which uses input switch operation to circle input points is presented in this paper. 本文提出一种采用输入开关操作来圈输入点的卡诺图方法,并介绍了采用该方法分析可编程控制器(PLC)I/O点数的扩展技术。
The Karnaugh-map simplification approach is one of the simplified methods of the logic function. 操作亦简化。卡诺图化简法是逻辑函数化简方法之一。
This paper introduce the circumfluent "O" method to the simplification of the logic function in Karnaugh Map. 本文介绍在卡诺图中用圈0的方法简化逻辑函数。
Besides, the Karnaugh map method and algebra method are presented for designing component level circuits. 此外,本文提出元件级电路设计的卡诺图方法和代数方法。
This paper presents a new method of asynchronous design is illustrated by the symbolic Karnaugh map. 本文提出一种异步时序电路设计的符号卡诺图的新方法。
Research on Karnaugh map in Boolean algebra 对布尔代数中卡诺图的研究
This paper is a discussion on some teaching methods of the simplification for Karnaugh map, the analysis of sequential circuit and the teaching of integrated circuits. 对数字电路中卡诺图化简、时序电路分析和集成电路教学等三个问题的教学方法进行一定的分析和探讨。