homerbond

KPCA的matlab代码，经过验证，可以用的代码(matlab code for KPCA,it can be used)

YALMIP，用于求解整数规划，主要思想为分支界定，效率和功能都比较好(YALMIP, for solving integer programming, the main idea of ​ ​ the branch and bound, efficiency and function are better)

人体脑信号波形检测与分析，，包含自相关，功率谱分析的方法 (Detection and analysis of the human brain signal waveform contains autocorrelation, power spectrum analysis method)

海面3维动态场景描述,改变程序中的风速大小就能得到不同海情的海面(Sea 3-D dynamic scene description, change the size of the program s speed could be different sea and the sea.)

连续小波正变换和逆变换，包括小波变换常用算法(wavepack)

基于Simulink的电动助力转向控制策略仿真，里面详细介绍了EPS的几个主要仿真模块,如逆变器模块、电源模块、换相逻辑模块、PWM信号产生模块、电动机本体模块等(Based on Simulink simulation of electric power steering control strategy, which details several major simulation module EPS)

说明：  值得深刻阅读的基于CP的OFDM同步程序 这是一个非常好的用于OFDM的基于CP的 最大似然符号定时同步和载波同步的MATLAB仿真程序，经本人深入阅读吸收经典文献，反复编程调试而提炼而成，代码精炼有序，绝对没有错误，由此程序仿真得到的同步曲线与经典文献完全一致。同仁们阅读此程序一定受益匪浅！ 这里不吝成果，特上载与诸位网友共享。也欢迎同仁们提供更多的优秀程序。 由于文献要求采用N＝1024个子载波的OFDM，运行此程序需2分钟－3分钟的时间。 (Worthy of profound reading of the CP-based OFDM synchronization process this is a very good CP for OFDM-based maximum likelihood symbol timing synchronization and carrier synchronization of the MATLAB simulation program, after I read the absorption of classical literature in depth, repeated programming and debugging extracted from the symbol of refined and orderly, there is no error, this procedure has been synchronized simulation curve is fully consistent with classical literature. Tongren have read this procedure will definitely benefit! Spared the outcome here, especially to upload to share with you friends. Tongren also welcome to provide more excellent program. Documentation required as a result of N = 1024 sub-carrier OFDM, to run this process will take 2 minutes-3 minutes.)

Sample code for optimization based on Gradient base. include BFGS, Steepest Descent method, DFP method, Conjugate Gradient method ans so on...

用MATLAB求复杂网络整体的平均路径长度，度分布，聚类系数(average path length of the complex neetwork)

用间接周期图法，分别对有噪声和无噪声的信号进行谱估计。(Indirect cycle diagram, respectively noise and noise-free signal spectrum estimation.)