1.
Research on Simplification Method of Logical Functions Based on Multidimensional Cube;
基于多维体的逻辑函数化简法的研究
2.
3-D Method:A New Method to Simplify Boolean Logic Formula
一种新型逻辑函数化简方法——立体化简法
3.
Important Applications of Karnaugh Map in the Simplification of Logic Function and the Design of Logic Circuit;
卡诺图在逻辑函数化简和逻辑电路设计中的重要应用
4.
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
5.
Extended Application of Karnaugh Map Method in Simplification of Multi-variable Logic Function;
卡诺图法在多变量逻辑函数化简中的扩展应用
6.
Minimizing Logical Functions Using Quine-McClusky Tabular Method;
用Quine-McCluskey法化简逻辑函数
7.
The Characteristics of Logic Karnaugh Map and the Questions that Must Be Attentive in Using;
逻辑卡诺图化简逻辑函数过程中应注意的问题
8.
Study of Reducing Boolean Expression with Random Variables
任意变量逻辑函数的卡诺图化简探索
9.
A method of Quick Simplifying Logic Function by Using the Karnaugh Map;
利用卡诺图快速化简逻辑函数的方法
10.
A rule based on the Max term for the simplification of logic function;
一种基于最大项化简逻辑函数的规律
11.
Another Way of Logic Function-Q-M Simplistic Way;
逻辑函数的另一种化简方法——Q-M化简法
12.
Simplifying the Logic Function of Different Expression Formulas by Using the Method of Overlaping Karnaugh Map;
用重叠卡诺图法化简各种表达式的逻辑函数
13.
A Few Problems in the Simplification of Logic Function Using Karnaugh Maps;
关于逻辑函数的卡诺图化简法的几个问题
14.
The Maximum Formula of Logic Function and Its Simplification of Karnaugh Diagram;
逻辑函数最大项表达式及其卡诺图化简
15.
Research and application of computer-aided simplification of logic function
逻辑函数计算机辅助化简的研究与应用
16.
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
17.
Increase and Reduction Equivalent of Logic Function and Its Application in Simplification
逻辑函数增减项等效及其在化简中的应用
18.
The program indicates: The arithmetic can carry on accurate and fast predigest to the complicated logic function of changeable quantity.
程序应用表明：算法能对多变量复杂逻辑函数进行准确快速的化简。