An-artificial-immune-algorithm

HHT wvd 小波 等时频分析方法有重要价值(HHT wvd wavelet)

狄杰斯特拉算法matlab代码，用于计算最短路径(狄杰斯特拉 algorithm matlab code, used to calculate the shortest path)

pmac应用软件 主要用于PMAC运动控制卡的开发(application of pmac)

MATLAB常用命令，希望对你有帮助。初学者使用(Commonly used command, and I hope to help you. Beginner to use )

这里实现了基于四种SVM工具箱的分类与回归算法: 1、工具箱：LS_SVMlab Classification_LS_SVMlab.m - 多类分类 Regression_LS_SVMlab.m - 函数拟合 2、工具箱：OSU_SVM3.00 Classification_OSU_SVM.m - 多类分类 3、工具箱：stprtoolsvm Classification_stprtool.m - 多类分类 4、工具箱：SVM_SteveGunn Classification_SVM_SteveGunn.m - 二类分类 Regression_SVM_SteveGunn.m - 函数拟合 更详细的相关函数说明请通过help命令查看！(Here the realization of the four SVM toolbox based on the classification and regression algorithm: 1, Toolbox: LS_SVMlabClassification_LS_SVMlab.m- Multiclass Classification Regression_LS_SVMlab.m- function fitting 2, the toolbox: OSU_SVM3.00Classification_OSU_SVM.m- Multiclass Classification 3, Toolbox: stprtoolsvmClassification_stprtool.m- Multiclass Classification 4 toolbox: SVM_SteveGunnClassification_SVM_SteveGunn.m- II Category Regression_SVM_SteveGunn.m- function fitting a more detailed explanation of the correlation function through the help command to view!)

Complete OFDM system written in Matlab

此例程为配套书籍的第六章例题6-10的相对应代码，功能为方波信号连续小波变换，编程环境为matlab。(This routine supporting books Chapter Example 6-10 square wave signal corresponding to the code for the function continuous wavelet transform, the programming environment for matlab.)

此例程为配套书籍的第六章例题7-19的相对应代码，功能为QPSK调制与解调，编程环境为matlab。(This routine supporting books Chapter Example 7-19 corresponding to the code for the function QPSK modulation and demodulation, programming environment Matlab.)

机器人障碍环境下路径规划问题，采用改进的回退蚁群算法，matlab版源代码，有可视化界面。(Robot obstacle environment path planning problem, using an improved back colony algorithm, matlab version of the source code, visual interface.)

此程序是关于LM-BP算法的预测系统，能够利用图形界面的形式展示出预测的精度和误差( This program is on the LM-BP algorithm prediction system that can use a graphical interface to show the form of prediction accuracy and error)