Binary-text-digital-image

说明：  此程序是针对汉字的分割，所编写的程序，必须在预处理后进行才能准确的对汉字进行分割(This program is for the character of the division, the written procedures must be accurate after pretreatment of the character segmentation)

人工蜂群算法 matlab 实现，人工蜂群算法源代码(Artificial bee colony algorithm matlab implementation)

迷你MATLAB 支持基础运算 矩阵运算 数学统计函数作图 线性方程组和一般简单方程求解(Mini MATLAB matrix operations support basic computing functions mapping mathematical statistics and general linear equations to solve simple equations)

GSA优化算法，主要用于抽水蓄能电站参数优化和仿真。(GSA optimization algorithm, mainly used for pumped storage power plant optimization and simulation parameters.)

fuzzy pid control motor

由四个智能体组成的系统强连通拓扑结构，在无结构不确定性的条件下，系统一致性的仿真代码。(Made up of four agent system strongly connected topology, in the absence of structural uncertainty, the consistency of system simulation code.)

How to use the ordinary Voronoi partition generator. The m-files also have their own help documentation that you can view in Matlab. This code creates a bounding polygon that is a square. Then it randomly creates 10 points and then creates and draws the partition. bounds = [0, 10, 10, 0 0, 0, 10, 10] points = 10 * rand(2, 10) regions = voronoi(bounds, points) drawRegions(bounds, regions) ================================ This is a brief set of instructions on how to use the Multiplicatively- weighted Voronoi partition generator. Each of the m-files has a help section, so in Matlab you can call: help mwvoronoi help drawRegions Here is an example that creates a bounding polygon, a square with side length 10. Then it randomly creates six points with random weights. Finally, the code draws the resulting partition. bounds = [0, 10, 10, 0 0, 0, 10, 10] points = 10 * rand(3, 6) regions = mwvoronoi(bounds, points) drawRegions(bounds, regions) Enjoy!

gaussian monopulse both in the Time & Frequency domains

专业交易分析和心理分析书籍。适合所有喜欢交易的人阅读。(Professional transaction analysis and psychoanalysis books.)

电压源型高压直流输电模型仿真 两电平 双端电源稳态输电模型 (Simulation of voltage source HVDC model Two level two terminal power supply steady-state transmission model)