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1·The three-variable Karnaugh map has eight squares.

三变量卡诺图有八个方格。

2·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。

3·In order to simplify Karnaugh map this thesis presents a method based on the maximum coverage.

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。

4·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。

5·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。

6·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。

7·This paper discusses the foundation and the application of reduced-dimension Karnaugh map in numeral logical circuit design.

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。

8·When using MSI to implement logical functions, we can use Reduced-dimension Karnaugh Map (RDM) to simplify multi-variable functions.

在用中规模集成逻辑电路实现函数时，使用降维卡诺图可化简多变量函数。

9·The XOR map is presented that is a graphic for design base on exclusive-OR gate circuits and is follow the example of the Karnaugh map.

仿效卡诺图设计了以异或门为基本电路的电路设计用图—异或图。

10·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。