Gaussseidel

自学Matlab必备的60个小程序代码，(60 small self-Matlab essential program code)

基于FCM和图割的交互式图像分割方法，关于图割的应用(FCM and the graph cuts based interactive image segmentation method applied on the graph cuts)

一种基于小波的支持向量机程序 进行电网负荷预测(A progressive load forecasting based on wavelet support vector machine procedures)

计算hurst指数 主程序 利用经典的RS分析法计算分形H指数(calculate hurst parameter)

A very simple code to help you to calculate the aritmetic average on the IDL interface.Works in all the IDL versions

k最近邻算法，给出训练样本和测试样本，通过样本间欧氏距离或是绝对距离来寻找测试样本的k个近邻，并根据k个实例里多数所属的类将该测试样本归为该类。(k-nearest neighbor algorithm, given the training and testing samples by the Euclidean distance between the samples or the absolute distance to find the k nearest neighbors of the test sample and the test samples according to class k instances where the majority belongs classified as class .)

说明：  无约束一维极值问题中的斐波那契法，例程可调(Unconstrained extremal problem in one-dimensional Fibonacci method, routine adjustable)

当电话拨号时，给出电话按键波形，通过波形处理分析判断按键键值(the waveform of buttons are given, to estimate the number of buttons )

FISTA block sparse 压缩感知加速恢复算法(FISTA block sparse)

蒙特卡罗方法的基本原理及思想如下： 当所要求解的问题是某种事件出现的概率，或者是某个随机变量的期望值时，它们可以通过某种“试验”的方法，得到这种事件出现的频率，或者这个随机变数的平均值，并用它们作为问题的解。(　The principle of Monte Carlo method and it s application are int roduced.)