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- The three-variable Karnaugh map has eight squares. 三变量卡诺图有八个方格。
- Students can fill their Karnaugh map, and their simplification. 一个有趣的卡诺图划简程序。学生可自己填充卡诺图，并自己化简。
- 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。
- 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。
- Karnaugh map plays an important role in the simplification of logic function and the design of logic circuit. 摘要卡诺图在逻辑函数的化简和逻辑电路的设计中，有着重要作用。
- This paper has presented a method of designing the simplest logic circuits with NOR gates with Karnaugh map. 给出了采用或非门、利用卡诺图设计最简逻辑电路的方法,并用实例论证这个方法是最简捷的方法,同时也具有一般性。
- Therefore, the Karnaugh Map got the extensive application in electronics technique. 因此，卡诺图在电子技术中得到了广泛的运用。
- First, the Karnaugh map of variables is drawn according to the number of the variables. 然后将表达式中乘积项逐个地填入卡诺图的小方格中。
- The prerequisite of the correct use of karnaugh map is to full in the map with the given logic function correctly. 正确运用卡诺图的前提是把给定的逻辑函数正确填图，可以利用卡诺图将逻辑函数化简为各种最简表达式；
- Then, the product terms of the expression are filled in the panes of the Karnaugh map respectively. 最后所有乘积项都填格完毕后,若看到卡诺图中有的方格还是空的,则在这些空格填0;
- According to the characteristics of elementary cellular automaton, the function forms of elementary cellular automaton evolution rules are deduced by using the Karnaugh map. 摘要依据初等元胞自动机演化规则的特点，借助卡诺图化简，导出初等元胞自动机演化规则的函数形式。
- 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。
- 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。
- Instead of the cyclic codes of the variables, the value range of the variable of 1 is marked outside the panes of the Karnaugh map. 一个乘积项就是一组条件,凡是符合该组条件的方格都填1,其余方格留空,允许有的方格被重复填1。
- The filling and the reading rules of the reduced-dimension Karnaugh Map including binding-items are also given in this paper. 通过实例分析，讨论了其填写与读出的方法，并归纳出含约束项的降维卡诺图填写与读出规则，该规则可简化实用电路。
- This paper introduces a normal way of logical design with multiplexer acpresents a new way of logical design by karnaugh map and logical expression. 本文介绍了使用多路选择器进行逻辑设计的一般方法[1]，提出了借助于卡诺图和直接利用逻辑表达式进行逻辑设计的新方法。
- This paper discusses the foundation and the application of reduced-dimension Karnaugh map in numeral logical circuit design. 摘要文章介绍了在数字逻辑电路设计中降维卡诺图的建立和应用。
- Because Karnaugh Map can vividly direct perception audio visual view can means out every kinds of complicated logic function by graphic. 由于卡诺图形象、直观,能把各种复杂的逻辑函数用图形表示出来。因此,卡诺图在电子技术中得到了广泛的运用。
- The Karnaugh Map had been one of the mathematic tools in electronic logic design, but its procedures were complicated and easy to deduce mistakes. 摘要卡诺图是数字电路中化简逻辑函数的一种常用的数学工具，但在运用过程中十分繁琐且易出错。
- In digital circuit, methods to express logic function consist of:True table, the function expresses type, logic diagram and Karnaugh Map. 在数字电路中，逻辑函数的表示方法有：真值表，函数表达式，逻辑图以及卡诺图。
