1) logistic equation
逻辑化方程
2) logical equation
逻辑方程
1.
The methods of finding the solutions to logical equation and logical equations;
逻辑方程和逻辑方程组的解法
2.
The author systematically describes the design and the development of the KPS system from aspects of the innovation background,the functional requirements,the design of logical equation,the software architecture and the functions application,and so forth.
从改造背景、功能需求、逻辑方程设计、软件体系结构及功能应用等方面对KPS系统的设计开发进行了系统的描述。
3) logic equation
逻辑方程
1.
Exploration of logic equation F=G s solution;
逻辑方程F=G解法的探讨
2.
To simplify mutual exclusive multivariable logic function through logic equation;
用解逻辑方程的方法化简互斥多变量逻辑函数
3.
The article gives some theories about the relations among solution sets of logic equations ∏from i=1 to m (Fi+■)=1,∏from i=1 to m Fi■=1 and logic equational group {F1=G1, Fm=Gm.
给出了逻辑方程∏from i=1 to m (Fi+■)=1,∏from i=1 to m Fi■=1及逻辑方程组F1=G1,┇Fm=Gm的解集关系定理,得到了如下结论:若逻辑方程∏from i=1 to m (Fi+■)=1和∏from i=1 to m Fi■=1解集分别为S1和S2,则逻辑方程组F1=G1,┇Fm=Gm的解集为S1-S2。
5) Logic equational group
逻辑方程组
1.
For the varied and easy solution to the logic equational group,this paper gives the necessary condition to establish the logic equational group made up of zero-one type and non-zero type and non-one type logic equations,and also gives the method to change the logic equational group into zero type and one type logic equations.
为了使解逻辑方程组灵活、方便、多样化,文章给出了由0-1型与非0非1型逻辑方程构成的逻辑方程组成立的充要条件、化逻辑方程组为0型或1型逻辑方程的方法,得到了若两个0型逻辑方程的解集分别为S1、S2,则逻辑方程组的解集为S1+S2;若两个1型逻辑方程的解集分别为S3、S4,则逻辑方程组的解集为S3+S4的结论。
2.
The article gives some theories about the relations among solution sets of logic equations ∏from i=1 to m (Fi+■)=1,∏from i=1 to m Fi■=1 and logic equational group {F1=G1, Fm=Gm.
给出了逻辑方程∏from i=1 to m (Fi+■)=1,∏from i=1 to m Fi■=1及逻辑方程组F1=G1,┇Fm=Gm的解集关系定理,得到了如下结论:若逻辑方程∏from i=1 to m (Fi+■)=1和∏from i=1 to m Fi■=1解集分别为S1和S2,则逻辑方程组F1=G1,┇Fm=Gm的解集为S1-S2。
6) Logistic equation
逻辑斯蒂方程
1.
Predication of Cultivated Land Demand Based on Logistic Equation
基于逻辑斯蒂方程的耕地需求预测——以浙江省为例
2.
Based on the Logistic equation and system dynamics, the models of passenger flow growth of urban rail transit in one line and in the whole urban rail net have been established.
以逻辑斯蒂方程为基础、系统动力学为工具建立单条线路及整个城市轨道交通网的客流量发展模型,通过分析影响城市轨道交通客流量变化的多个因素探讨城市轨道交通客流量变化的一般规律,对如何发展城市轨道交通提出建议。
3.
The Logistic Equation production the model chaos vibration.
逻辑斯蒂方程所产生的典型的混沌振荡,较本质地反映了混沌振荡的主要特征。
补充资料：逻辑斯蒂方程(见种群增长模型)
逻辑斯蒂方程(见种群增长模型)
逻辑斯蒂方程见种群增长模型
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条