the combinational logic function

用法例句

Algebraic method of detecting linear variables in logic functions.;

检测逻辑函数中线性变量的代数方法

For multi-input multi-output logic functions of two-level SOP,a program.

对于二级SOP型的多输入多输出逻辑函数,设计了基于积项扩展的多输入多输出集成电路逻辑优化软件,允许的最大输入变量数为128、最大输出变量数为256、最大输入输出变量总和为300、最大输入积项数为20 000,并通过了Benchmark例题的测试和正确性验证。

An approach of design for testability(DFT) for logic functions is presented in the paper, which employs AND gates and XOR gates tree to realize the generalized Reed Muller expression of arbitrary logic functions.

在逻辑函数Reed Muller模式的电路可测性设计方面 ,文章采用AND门阵列和XOR门树结构来设计电路 ,提出了一种设计方案 ,可实现任意逻辑函数的功能 ,而且所得电路具有通用测试集和完全可故障定位的特点。

Implementation of logic function simplification using ant algorithm;

基于蚁群算法的逻辑函数化简

Discussion of designing logic function method using MSI data selector;

用MSI数据选择器实现逻辑函数的方法讨论

Expression in rough set for logic function and a method of minimization;

逻辑函数的粗糙集表达及最小化方法

Tabular method of calculating Boolean difference and partial derivative of logical functions;

计算逻辑函数布尔差分及布尔偏导数的表格方法

Based on the theory of the K map simplification of logical function(KSLF),this article releases a ICAI Realization for KSLF.

笔者从CAI、ICAI的现状出发 ,结合《数字电路》课程逻辑函数卡诺图化简理论 ,介绍了逻辑函数卡诺图化简的ICAI实现方法 ,并将这种方法最终产品化 ;该产品支持带任意项化简并提供普通、教学、练习 3种教学方式。

Based on the analyses of manual and Q M tabular simplification methods for the computer logical functions, the multidimension cube representation method for the functions and its simplification technique are presented.

在分析逻辑函数的手工化简方法和计算机辅助 Q- M列表化简方法的基础上 ,给出了在计算机中逻辑函数通常采用的多维体表示方法 ,分析了一种便于用计算机编程实现的代数化简方法——多维体化简方法 ,并给出化简步骤。

Method of Realizing Composite Logic Function With Multilexer;

用数据选择器实现组合逻辑函数的方法

Tabular Synthesis of Logical Functions Based on Three-Variable Universal Logic Gate f 4;

基于三变量通用逻辑门f_4的逻辑函数查表综合

Minimizing Logical Functions Using Quine-McClusky Tabular Method;

用Quine-McCluskey法化简逻辑函数

An ingenious logic operation of two logic functions with Karnaugh map

巧用卡诺图进行两逻辑函数的逻辑运算

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

The Minimization for Ternary Lattice Algebra Logical Function in the Form of Products of Sum;

三值格代数逻辑函数POS形式最小化

Finally, their applications in the logic synthesis based on the partial linear function and calculating Boolean difference of logical functions are discussed.

最后讨论了它们在逻辑综合以及计算逻辑函数的布尔差分中的应用。

Design of Digital Compounding-logic Circuit Based on MSI/LSI;

中、大规模(MSI/LSI)数字集成电路的组合逻辑实现

The realization of designing logic circuits by means of data selector;

使用数据选择器实现组合逻辑电路的设计

Study of Reducing Boolean Expression with Random Variables

任意变量逻辑函数的卡诺图化简探索

The Decision Problem on Sheffer Functions in Partial K-Valued Logic;

部分K值逻辑中Sheffer函数的判定问题

Properties of Multioutput m-valued Logical Functions;

多输出m值逻辑函数若干性质的研究

The Decision for Sheffer Functions in Partial Multiple-valued Logic;

部分多值逻辑中Sheffer函数的判定

Deriving Virtual Instrument s Logical Function from LabVIEW;

从LabVIEW中导出虚拟逻辑器件的功能函数

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

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

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

A New Method of Tabular Minimization for the Logic Function;

逻辑函数表格法最小化的一种新方法