新建文件夹

说明：  MATLAB 利用Fisher分析和核Fisher分析对鸢尾花数据集进行分类，可以发现Kfisher 可以较好地对非线性数据的分类(MATLAB USES Fisher analysis and core Fisher analysis to classify the iris data set, and it can be found that Kfisher can classify the nonlinear data well)

通过欧几里德距离对三维空间内的数据点进行聚类： 从文件读入三列表示坐标的数据进行聚类。按项目总数和组数平均划分。首先计算两两之间的距离，选出最近的两个点，再按距离由小到大排序，找出距这两个点最近的若干个点。 除去这些点后对其余的点重复进行上述操作。-By Euclidean distance on three-dimensional space, clustering of data points: from the file read into the three coordinates of the data indicated that cluster. According to the average number of total number of projects and group division. First, calculate the distance between 22 to elect the nearest two points, and then from small to large order to identify these two points away from a number of recent points. After removing these points the rest of the point of repeating to carry out such operations.

A jquery. mobile website demo with IOS style realizes image and text mixing similar to QQ space, and the login and registration interface is also very good. The drop-down refresh effect of jquery. mobile version is also very smooth.

可实现平均电流，有源控制波形较好，但可能存在畸变(Realization of average current)

说明：  2DPCA是一个图像特征提取的算法。本代码中使用的分类器是最近邻分类器，最后得到的是一个图片识别率与特征矩阵维数的散点图，符合论文《Two-Dimensional PCA: A New Approach to Appearance-BasedFace Representation and Recognition》的预期结果。(2DPCA is an algorithm for image feature extraction. The classifier used in this code is nearest neighbor classifier, and the final result is a scatter diagram of image recognition rate and feature matrix dimensions, which conforms to the expected results of "Two-dimensional PCA: A New Approach to Appearance-BasedFace Representation and Recognition".)

说明：  阻抗控制仿真程序，里面内容不少，可以参考(There are many contents in the impedance control simulation program, which can be referred to)

load flow of radial distribution system

取得CPU序列号-made CPU serial number ....

说明：  剑指offer的编程实例，使用java编程语言实现，主要用于学习基础面试算法(The programming example of offer of sword finger, which is realized by Java programming language, is mainly used to learn basic interview algorithm.)

用灰色预测理论实现负荷预测，可以任意取点(Gray prediction theory to achieve load forecasting, you can take an arbitrary point)