资源列表
小波分析
- 小波分析，用于时间序列的周期性分析，更换函数即可使用(Wavelet analysis is used for periodic analysis of time series, and can be used to replace functions.)
chapter_GA
- 基于GA优化的SVM算法，它可以被用于预测分类(SVM algorithm based on GA optimization for prediction classification)
chapter_PSO
- 基于PSO优化的SVM算法，它可以用来预测分类(SVM algorithm based on PSO optimization can be used to predict classification.)
iterate_best_path
- 蜂群算法在TSP上的应用，可以运行，代码完整，运行顺畅(The application of the swarm algorithm on the TSP can run, the code is complete and the operation is smooth)
changweifen
- 常微分方程的模拟仿真画图，程序简单、好用。(Simulation and drawing of ordinary differential equationsSimple and easy to use.)
Desktop
- 可以直接运行并出仿真结果的图，误码增益关系，非常适合初学者或者课程设计的研究(The relationship between the error and gain of the graph that runs directly and produces simulation results is very suitable for beginners or curriculum design.)
Beam2D2Node
- 该函数计算单元的刚度矩阵，输入弹性模量E、横截面的惯性矩I和梁单元的长度L，输出单元的刚度矩阵(Computational unit stiffness matrix)
CONV_M
- 计算离散时间信号间卷积和，并确定卷积信号的起止时刻点 信号处理卷积例程(convolution routine for signal processing % -------------------------------------------------- % [y,ny] = conv_m(x,nx,h,nh) % y = convolution result % ny = support of y % x = first signal on support nx % n
binaryrep
- 用Matlab编整数转8位二进制，8位二进制转整数，小数转32位二进制及32位二进制转小数的方法(Convert integer to 8 bit binary, 8 bit binary to integer, decimal to 32 bit binary and 32 bit binary to decimal in Matlab.)
gmm(2)
- 基于码本（codebook）的背景建模的背景差分法+级联基于LBK或haar的adaboost和基于hog的svm分类器+快速hough圆变换进行人头识别(Background modeling based on codebook (codebook) background difference method + cascade based on LBK or Haar AdaBoost and hog based SVM Classifier + fast Hough circle trans
rq(3)
- 基于码本（codebook）的背景建模的背景差分法+级联基于LBK或haar的adaboost和基于hog的svm分类器+快速hough圆变换进行人头识别+基于区域特征的目标跟踪算法。(编程) AdaBoost是一种增强性机器学习算法，它用于把弱分类器联合成强分类分类器(Background modeling based on codebook (codebook) background difference method + cascade based on LBK or Haar AdaB
语音处理
- 本程序和一段语音用来检验MATLAB的语音处理功能，通过编辑运行可仿真出图像。(This program and a voice are used to check the voice processing function of MATLAB, and the images can be simulated through editing.)