syms-t

可用来直接运行的基于matlab的EMD执行语句，请各位多交流(dfefe )

实现小波变换，并用支持向量机进行识别；可以自己准备两类样本图片，进行特征提取等(To achieve the wavelet transform and support vector machine to identify can prepare two types of sample pictures, feature extraction)

it is code matlab for calling every dataser

层次分析（AHP）/网络分析（ANP)Analytic Hierarchy Process是一种十分实用的决策方法。 是对一些较为复杂、较为模糊的问题作出决策的简易方法，它特别适用于那些难于完全定量分析的问题 num:包括目标层和方案层的总层数 g:行向量（各层准则数量，包括目标层（第一层）和方案层（最后一层））。 w：返回值w是最后决策的方案层的权重，根据输出选择最佳方案 在输入矩阵时请加‘[]’号，否则会出现语法错误。 调运方式：w=hierarchy(num,g)( Analytical Hierarchy (AHP)/Network Analysis (ANP) Analytic Hierarchy Process is a very practical approach to decision making. Is the easy way of making some of the more complex, more ambiguous issues make it particularly difficult for those who complete quantitative analysis of the problem num: The total number of layers including the target layer and the solution layer g: row vector (layers Guidelines number, including the target layer (first layer) and program level (the last level)). W: w The return value is the right solution layer of the final decision of the heavy, choose the best option based on the output when the input matrix please add ' []' No, there would be a syntax error. Transporting way: w = hierarchy (num, g))

从一位国内matlab精通人士处得到的学习笔记！ 很值得初学者阅读。(matlab study )

说明：  求模极大值的程序MATLIB源码,可以用此方法来判断时间序列的奇异点,并根据它来恢复信号.(modulus maxima for the procedure MATLIB source, you can use this method to determine the time sequence of singular point, and according to restore its signal.)

说明：  蚁群算法matlab实现，c为测试矩阵蚁群算法matlab实现，c为测试矩阵蚁群算法matlab实现，c为测试矩阵蚁群算法matlab实现，c为测试矩阵(matlab，ant matlab，ant matlab，ant matlab，ant matlab，ant matlab，ant )

使用泰勒算法设计的具有抑制旁瓣功能的雷达方向图(Using Taylor algorithm design direction of the radar chart)

matlab进行多因素重复试验的方差分析的一个实例(matlab for multi-factor analysis of variance of repeated trials one instance)

改程序为matlab中自定义函数，并保存为变量等进行进一步操作做了简要编译，适用于初学者学习，方便(The program for matlab custom function, and save for variables for further operation do a brief compilation, it is suitable for beginners to learn, convenient)