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说明：  自动随机优化超声波感器位置，达到信号测量最优(Optimal sensor location)

matlab simulation file for phase locked loop (pll)

状态估计的gui,运用matpower,实现状态估计，里面还调用多个自己编的程序(Gui of State estimation)

说明：  本代码为经典PSO微粒群算法，通过修改w值，使得PSO的搜索在全局与局部之间得到最优(The code for the classic PSO particle swarm algorithm, by modifying the w value, makes the PSO search between the global and local optimal)

对原始图像在水平方向和垂直方向与2个滤波器(低通、高通)相卷积，可以得到4块面积为原图像1/4的子图，分别为水平方向低频和垂直方向低频(HH)、水平方向低频和垂直方向高频(HG)、水平方向高频和垂直方向低频(GH)、水平方向高频和垂直方向高频(GG)。(The original image in the horizontal direction and vertical direction and two filters (low pass, high pass) with convolution, you can get the original image area of 4 1/4 graph, respectively, horizontal and vertical direction low frequency ( HH), horizontal and vertical high-frequency low-frequency (HG), horizontal and vertical high-frequency low-frequency (GH), horizontal and vertical high-frequency high-frequency (GG).)

张德丰《MATLAB 小波分析》一书中所有实验的源代码，希望对大家有所忙住啊！(Zhang Defeng " MATLAB wavelet analysis" book, the source code of all the experiments, we hope to busy live!)

适合做GNC控制的各位，一个非常有用的工具箱，可实现一些简单功能(GNC suitable control of you, a very useful toolbox can achieve some simple functions)

说明：  光通信计算，利用公式计算折射率分布，特别为化学方法产生的器件(optical communication, the use of the refractive index distribution formula, particularly for the chemical device)

二元分类问题。有完整的代码和详细的分析文档。(Binary Classification. complete code and detailed analysis .)

用Pisarenko谐波分解法估计一组实验数据的正弦频率及幅度。得出真实功率谱密度。(Pisarenko harmonic decomposition method with a set of experimental data estimate the sinusoidal frequency and amplitude. The true power spectral density obtained.)