blind_deblur(Fergus-R)

SCA uses for optimization

hi this is a important

Wind diesel system of hybrid power systems.used in every where

工业机械臂末端TCP标定代码 含有位置和姿态的标定 matlab版本 方便易用 精度较高(Facilitate industrial arm end TCP calibration codes including the position and orientation of the calibration matlab version of high precision and easy to use)

通过一些用MATLAB处理图像的例子来让初学者入门。使得初学者对图像处理有个好的了解(Through a number of examples of image processing using MATLAB to let beginners started. Allows beginners have a good understanding of image processing)

说明：  遗传算法的matlab代码Matlab code for genetic algorithm(Matlab code for genetic algorithm)

matlab设计各种滤波器的例子程序，包括带通、带阻、低通、高通，设计需要提供的参数均有注释说明(Design examples of various filters matlab procedures, including band pass, band stop, low pass, high pass, provided the design parameters are needed explanatory notes)

Matlab的数理统计工具箱是Matlab工具箱中较为简单的一个，其牵扯的数学知识是大家都很熟悉的数理统 计，因此在本文中，我们将不再对数理统计的知识进行重复，仅仅列出数理统计工具箱的一些函数，这些函 数的意义都很明确，使用也很简单，为了进一步简明，本文也仅仅给出了函数的名称，没有列出函数的参数 以及使用方法，大家只需简单的在Matlab工作空间中输入“help 函数名”，便可以得到这些函数详细的使用 方法。(Mathematical Statistics Toolbox Matlab Matlab toolbox is a relatively simple one, which involve mathematical knowledge is all very familiar with mathematical statistics, so in this article, we will no longer knowledge of mathematical statistics to repeat, just a list of some of Mathematical Statistics Toolbox functions, the significance of these functions are very clear, use was also very simple, in order to further concise, this were merely gives the name of the function, not listed in the function of the parameters, and use the method, we just simply the Enter in the Matlab workspace " help the function name" , it can be to use these functions in detail.)

这是我们的课程作业，有自适应DBF和LCMV的DBF(This is our course work, there are adaptive for DBF DBF and LCMV)

二维傅里叶变换,对图像进行二维傅里叶变换处理(Two-Dimensional Fast Fourier Transform The purpose of this project is to develop a 2-D FFT program "package" that will be used in several other projects that follow. Your implementation must have the capabilities to: (a) Multiply the input image by (-1)x+y to center the transform for filtering. (b) Multiply the resulting (complex) array by a real function (in the sense that the the real coefficients multiply both the real and imaginary parts of the transforms). Recall that multiplication of two images is done on pairs of corresponding elements. (c) Compute the inverse Fourier transform. (d) Multiply the result by (-1)x+y and take the real part. (e) Compute the spectrum.)