matlab编程 参数提取

说明：  灰色预测模型matlab程序标签：灰色模型 gm(1 1) 二次拟合 matlab(Gray prediction model matlab program tags: gray model of gm (1 1) quadratic fit matlab)

matlab版本的数字信号处理，适合初学的人。(matlab version of the digital signal processing, suitable for beginners person.)

运用MATLAB工具箱实现图像处理的GUI程序设计(Image processing using MATLAB toolbox of GUI programming)

把辨识分成两步进行：第一步：利用相关分析法获得对象的非参数模型（脉冲响应或相关函数）；第二步：利用最小二乘法、辅助变量法或增广最小二乘法等，进一步求的对象的参数模型。如果模型噪声与输入无关，则Cor-ls相关最小二乘法（二步法）可以得到较好的辨识结果。Cor-ls相关最小二乘法（二步法）实质上是先对数据进行一次相关分析，滤除了有色噪声的影响，再利用最小二乘法必然就会改善辨识结果。能适应较宽广的噪声范围，计算量不大，初始值对辨识结果影响较小。但要求输入信号与噪声不相关(The identification is divided into two steps: the first step: using the correlation analysis method for object nonparametric model (impulse response or related function) The second step: using the least squares method, auxiliary variable method or augmented least squares method and so on, further for the parameters of the object model. If the model input noise and independent, the Cor- ls related least squares (two footwork) can get good recognition results. Cor- ls related least squares (two footwork) is essentially the data to a correlation analysis, filter in addition to the influence of colored noise, using least squares inevitable will improve the identification result. To adapt to a wide range of noise and calculation is not big, the initial value to identification results less effect. But for the input signal and noise are not related)

single phase tcr used for reactive power compensation in power transmission system.

本代码实现了SVM分类算法实现寻找最佳的c和g。(SVM Classification Algorithms to Find the Best C and G)

阵列信号处理中的MVDR处理程序，开发平台matlab，内含文件说明(MVDR array signal processing in the process, the development platform for matlab, embedded file description)

说明：  包括了，阿丹姆斯法，龙格库塔法，灰色预测和改进灰色预测。(Including, Adam Williams method, Runge-Kutta method, gray forecasting and improved gray prediction.)

LFM信号的匹配滤波器,用于信号距离探测(LFM the matched filter for signal detection distance)

电压源换流器型高压直流输电VSC-HVDC（ Voltage Source Converter HVDC） 技术是当今世界电力电子技术应用领域的制高点.能有效提高电能质量并确保电网安全稳定运行，是智能电网发展中具有代表性的 关键技术之一. (VSC-HVDC（Voltage Source Converter HVDC） )