buck_simulation

说明：  基于压缩感知中DCT基的BP算法，用基追踪算法重构原始信号(Perception-based compression algorithm for DCT based BP, with the basis pursuit algorithm to reconstruct the original signal)

利用遗传算法来优化BP神经网络来对神经网络进行训练，以现场实际采集的数据为训练样本，使得训练后的网络可以用来预测下一卷铝板轧制的轧制力(Genetic algorithm to optimize BP neural network to train the neural network, the actual collection of data for on-site training sample, so that the network can be used to predict the next roll of aluminum plate rolling rolling force training)

MatlabGUI简易教程，初学者参考资料(MatlabGUI simple tutorial for beginners reference )

基于matlab中的simulink平台的BPSK卷积编码的通信仿真。(feil to translate)

径向神经网络matlab程序，希望对大家有所帮助(Radial basis function networ)

说明：  简化了整个程序流程，在三维隐函数作图方面有较大的应用(It simplifies the whole program flow and has great application in drawing three-dimensional implicit function.)

这个系统是基于matlab的双闭环直流调速系统，控制器使用了单片机，性能达到了设计要求。(The system is based on the matlab dual closed loop DC system, the controller uses single chip, the performance meets the design requirements.)

[X,Y,Z]=cylinder2(x,y,z,r,N,o) 向量X，Y，Z轴定义圆柱面中心线 和矢量r定义圆柱面半径，并已 为的x，y，z的长度相同 N是周围围点的数量。默认值 为N= 100。 Ø 定义了矩阵圆柱generatix（圆圈）椭圆 表面。其内容以0和1之间的值，并适用于 小学和中学的母线轴。值的defeault Ø =的（长（x），2）。 矩阵X，Y，Z轴确定圆柱面，冲浪（的X，Y，Z）的显示器 圆柱面。( [X,Y,Z]=cylinder2(x,y,z,r,N,o) Vectors x, y, z define the central line of cylindrical surface and vector r defines the radius of cylindrical surface, and has the same length as x, y, z. N is the number of points around the circumference. The default value is N = 100. Matrix o defines ovality of the generatix (circle) of cylindrical surface. Its elements take values between 0 and 1 and apply to the primary and secondary axis of generatrix. The defeault values are o=ones(length(x),2). Matrices X, Y, Z define the cylindrical surface, surf(X,Y,Z) displays the cylindrical surface. )

区域生长算法，运行后鼠标左键单击图像区域的一点开始分割，可点击多次，单击右键结束运行。(Regional growth, and after the left mouse button click on image of a division, but it starts at times, click the right key to an end run. )

this file give most famous and important simulation programming codes of chaotic signals map generation