pso-SVM

Matlab的创始人 C. Moler编写，网上鲜见。 诚乃大家之作，为英文版，内附70多个M文件实例解释，对于编码的品质提高很有好处(Matlab' s founder C. Moler preparation, on-line rare. We shall be sincere is for English, included more than 70 instances of M documents to explain, for improving the quality of coding is very good for)

说明：  用MATLAB m文件编些的GSM仿真文件 包含信道复用，速率匹配，维特比译码等

用Matlab编写的M文件0211. 枝干图 12. 罗盘图 13. 轮廓图 14. 交互式图形 15. 变换的傅立叶函数曲线 16. 填充图 17. 条形图和阶梯形图 18. 三维曲线图 19. 图形的隐藏属性 20. peaks函数曲线 (M-file with Matlab write 0211. Branches Figure 12. Compass Figure 13. Contours of Figure 14. Interactive graphics 15. Fourier transform function of curve 16. Fill Figure 17. Bars and terraces Ladder 18. Three-dimensional curves of Figure 19 . graph hidden attribute 20. peaks function curve)

this program is radix-4 fft for 64 point

说明：  是ofdm关于matlab仿真方面的文章，里面写的特别的好，已经运行处结果。对仿真很有帮助(Ofdm matlab simulation area is on the article, written by particularly good which has been running at the results. Useful for simulation)

data reduction with fuzzy rough sets or fuzzy mutual information

利用有限差分方法计算两个横向磁场介质波导元件(This function computes the two transverse magnetic field components of a dielectric waveguide, using the finite difference method)

基于微分器的PID控制，是自动控制的重要组成部分，有着广泛的应用。(Differentiator-based PID control, automatic control is an important part, has a wide range of applications.)

减摇鳍是船舶减摇行之有效的方法，被广泛的应用。本文具体阐述了应 用80C196KC减摇鳍控制器设计的硬件和软件的设计方法。本文采用变参数 PID控制方法，使得减摇鳍控制器能够更好的适应随机变化的海况，使减摇 效果更加理想。减摇鳍控制器的设计主要包括:PID控制器设计、航速调节 器设计、浪级调节器设计。根据不同航速、浪级调节减摇鳍控制器的输出， 使得减摇鳍能够平稳、可靠的工作。减摇鳍控制器的设计具有实际应用的意 义。( ADissertationfortheDegreeofD.Eng TheDesignofControllerfortheFin StabilizerBasedon80C196KC Candidate:MaLihua SuPervisor:Prof.JinHongzhang AeademieDegreeAPPliedfor:MasterofEngineering SPeeiality:Meehanieal&EleetronieEngineering DateofSubmission)

K-Means image Processing