particle_m

利用matlab控制3维仿真软件sonnet的工具箱，里面包含了详细的试用说明PDF，还有一个微带天线的例子，使得对天线的设计变得简单。(Using matlab to control 3-D simulation software sonnet Toolbox, which contains a detailed description of the trial PDF, there is a microstrip antenna example, makes the simple antenna design.)

说明：  研究智能算法的同学，可以参考这些例程学习(Students studying algorithms can refer to these routines)

说明：  matlab源码程序matlab源码程序(matlab yuanmachengxumatlab yuanmachengxu)

采用matlab设计数字滤波器的源程序，包含滑动滤波器、切比雪夫低通、带通滤波器等！ (Digital filter design using matlab source, including sliding filters, Chebyshev low pass, band pass filter!)

循环编码，校验子译码，梅吉特译码，GUI界面设计。程序完整，可以良好运行，注释清晰。(Cyclic codes, check subdecode, Meggitt decoder, GUI interface design. Integrity of the process, you can run a good, clear notes)

Thermistor characteristics linearization using Neural network.

说明：  蚁群算法在tsp（旅行商问题)的matlab程序。可以运行。(Ant colony algorithm in tsp (TSP) of the matlab program. Can run.)

一种常用的分类器，常用于人脸识别、掌纹识别等模式识别领域。 (A common classification, commonly used in face recognition, palmprint recognition, pattern recognition.)

模糊聚类的matlab代码和VC代码，希望给大家分享。(Fuzzy clustering matlab code and code of VC)

追逐问题是现实生活中的常见问题,本文就三人绕正三角形的追逐问题建立起了两个数学模型:一个充分应用运动的周期性首先给出了三人共边的充要条件,然后直接给出在一个周期内三人共边的次数及起止时刻,另一个则利用初等数论的方法给出了三人共边的另一个充要条件 利用matlab长于计算和强大的绘图功能,本文分别给出了求解两个模型的matlab程序,通过动画仿真演示三人绕正三角形的追逐模型,并给出三者共边的时间起止点和共边的次数。 更多还原 (The problem is that in real life the pursuit of the common problems, the paper chase on three questions about the triangle established two mathematical models: a full application of the cyclical movement Firstly, the necessary and sufficient conditions of the three sides, and then directly within a given period of three sides of the starting and ending times and moments, and the other using elementary number theory approach gives another three necessary and sufficient conditions of the edge using matlab longer computing and powerful graphics capabilities, this paper two models are given for solving matlab program, triangle chase through animated simulation model demonstrates trio around and gives the time of the beginning and ending points of the three sides and the number of edges. More Restore)