example

<精通MATLAB金融计算>随书光盘源码，对初学者很有用(Proficient in MATLAB financial calculations with CD ,)

经典的单类相关向量机程序，比较实用，适合初学者(classical one-class SVM program，very practical and satisfied for the beginner)

说明：  附件结构: gatbx.rar: (1)gatbx-origin.zip (2)gatbx-toolbox.rar (3)gatbx-example.rar 第一章 遗传算法概述 第二章 基本遗传算法及改进 11 第三章 遗传算法的理论基础 34 第四章 遗传算法的基本原理与方法 45 第五章 遗传算法工具箱函数 62 第六章 遗传算法工具箱的应用 95 第七章 遗传算法应用举例 107 第八章 使用MATLAB遗传算法工具 146 第九章 使用MATLAB直接搜索工具 208 参考文献 259(Attachment structure: gatbx.rar: (1) gatbx-origin.zip (2) gatbx-toolbox.rar (3) gatbx-example.rar Chapter Overview Chapter II Basic Genetic Algorithm Genetic Algorithm and Improved genetic Chapter 11 algorithm theory Chapter 34 basic principles of genetic algorithms and genetic algorithm methods 45 Chapter 62 Chapter toolbox functions the application of Genetic Algorithm Toolbox Genetic Algorithm 95 of Chapter VII Chapter VIII for example 107 using the MATLAB Genetic Algorithm Chapter 146, using the MATLAB tool search tool directly reference 259 208)

to find pitch record and play signal

this is MLP neural network code in Matlab for implementing multiplication.

it will separate the image based on its color

说明：  改程序能求得卫星下行链路的传输速率和覆盖面积的关系(Procedures to obtain the relationship between the satellite downlink transmit date rate and coverage areas )

Gabor小波变换技术对医学CT图像进行纹理特征分类时，由于图像拍摄角度的变化会造成分类的误差。针对以上问题，在Gabor小波变换的基础上提出一种用于分析旋转不变医学图像的方法。该方法采用旋转规范化，即特征元素的循环移位使规范化后所有的图像都具有相同的主方向。实验结果表明，加入旋转规范化循环算子的Gabor小波变换在医学CT图像纹理特征分类时能够达到较好的精确度。(Gabor wavelet transform lacks in its ability to classify the medical CT image if it’s rotation invariant image. Aiming at the problem, an approach is presented for rotation invariant medical texture classification based on Gabor wavelet transform. Rotation normalization is achieved by circular shift of the feature elements, so that all images have the same dominant direction. Experimental result shows that Gabor wavelet transform with circular operator of rotation normalization has well precision to classify the medical CT image.)

求两幅图像的同名点位置，确定图像某一点的视差值(Strives for the two images of the same name point location, to determine the parallax value of image point)

说明：  经典MUSIC在均匀线阵的情况。本例给出了MUSIC算法估计出的算法图，从图中可以直接看到估计的角度。我们的仿真实验用的是8个阵列，2个接受信号。MUSIC算法的精度很高。(MUSIC classic in the case of uniform linear array. In this case gives the MUSIC algorithm to estimate the algorithm maps directly from the chart to see the estimated angle. Our simulation experiments using 8 arrays, two acceptable signals. MUSIC algorithm for high precision.)