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无线传感器最短路径算法，MATLAb代码，可以直接在MATLAb上运行。(Wireless sensor the shortest path algorithm, MATLAb code, can be directly in the MATLAb operation. )

添加applet/application(Add applet/application)

faruto编写的基于libsvm3.1的SVM_GUI，可用于SVM分类及相关回归分析，已经集成了GA及PSO参数寻优算法及PCA算法，提供的是GUI版本及与之对应的源码版本(SVM_GUI and the program of SVM_Code,base on the version of the Libsvm 3.1，using the GA and PSO algorithm to improve)

有限元杆件集成刚度程序，用与计算杆单元刚度矩阵及集成。(beamassemble)

背景差检测运动目标，个别子程序需要自己编写(Background subtraction detection of moving targets, individual subroutines need to write your own)

用matlab语言，实现多种滤波器设计，分别为IIR、FIR(Matlab language used to achieve a variety of filter design, respectively, IIR, FIR)

基于LabView2011的自相关分析和互相关分析，测试两个信号的互相关函数和自相关函数。(Based on the autocorrelation and cross-correlation analysis LabView2011 analysis, test cross-correlation function of two signals and autocorrelation function.)

基于空域滤波的极大似然比、广义极大似然比、四阶累积量的广义极大似然比水下目标检测算法(Based on spatial filtering of the maximum likelihood ratio, the generalized maximum likelihood ratio, generalized maximum likelihood ratio of fourth-order cumulant underwater target detection algorithm)

信息论中条件熵的仿真,采用Matlab语言进行仿真(Simulation of conditional entropy in information theory)

This toolbox has functions to perform nonlinear diffusion images. This kind of image filtering is particularly useful for reducing noise and to simplify images for further segmentation. Much of these functions are based on Perona and Malick s work, and also on J. Weickert s papers. The fast AOS diffusion is implemented. There is also 3D diffusion functions, color image diffusion and Coherence-Enhancing diffusion (This toolbox has functions to perform nonl inear diffusion images. This kind of image fi ltering is particularly useful for reducing no ise and to simplify images for further segmenta tion. Much of these functions are based on Peron a and Malick's work, and also on J. Weickert's papers. The hypothetical fast AOS fusion is implemented. There is also 3D diffusi on functions, color image diffusion and Coherence- enhancin g diffusion)