myCatMapping

It is the document related to noise reduction

全变差去噪的标准matlab代码实现[ROF92],与Guy Gilboa的Texture preserving TV denoising [GSZ03] (total variation denoising standard Matlab code to achieve [ROF92] Guy Gilboa and the Texture preserving TV denoising [ GSZ03])

运动载体轨迹生成程序，以进行导航仿真计算(Movement trajectory simulation vector)

la detection des points interets

遗传算法处理粗糙集分析题中的属性约简。同时能根据实际空气数据生成决策表。(The genetic algorithm of rough set attribute reduction problem in analysis. At the same time, according to the actual air data to generate the decision table.)

基于Kalman自适应滤波的QPSK信号系统逆辨识算法(Kalman Adaptive Filter Based on QPSK signal system inverse identification algorithm)

电力电子与MATLAB应用技术 网上辛苦找的 还是蛮有用的(MATLAB application of power electronics technology and the Internet' s still quite hard to find used)

Demo:演示程序（注意图像路径） ShearletCoef: 系数计算程序 mybeta: 伪极坐标 Fourier 变换（文件名是暂时的用法） phi0,psi0,psid: 低高频图像点阵显示（myu,myv用于理论分析，不被 Demo 调用） psiStock: FPsi1(2)_x（有编号）: shearlet 函数类 bump: 钟形光滑函数 ramp: 斜升光滑函数（即旧版中的 smooth） 新版比旧版提高了框架函数的连续性——对角方向上的生成函数进行了连续化。算法设计上， 伪极坐标 Fourier 变换被独立出来。(Demo: demo program (note the image path) ShearletCoef: coefficient calculation procedure mybeta: pseudo-Polar Fourier transform (the file name is temporary usage) phi0, psi0, psid: low frequency image dot matrix display (myu, myv for theoretical analysis not to be invoked Demo) psiStock: FPsi1 (2) _x (numbered): shearlet function classes bump: bell smooth function ramp: ramp smooth functions (ie legacy of smooth) than the old version of the framework to improve the continuity of functions- diagonal direction of the generating function were continuous. Algorithm design, pseudo-Polar Fourier transform is independent.)

Fredholm积分求解，关于适定问题求解的程序，可以供大家参考(Fredholm integral solution, the solution of the problem posed procedures for your reference)

利用透镜成像理论建立摄像机数学模型, 提出了一种线性求解摄像机内外参数的方法。该方 法特点是采用主动发光的光点阵列标定靶,利用2D 标定靶的精确移动来实现基于3D 立体靶标的摄像 机标定的算法。(Lens imaging theory using mathematical models set up the camera, a camera inside and outside the parameters for solving linear approach. The method is characterized by active light-emitting points of light array calibration target, the use of 2D calibration target to achieve the precise mobile target based on stereo 3D camera calibration algorithms.)