writting-fast-matlab-code

关于PID控制的一些例程，与薛定宇老师的反馈控制配套，与大家一起分享(PID control on a number of routines, and Xue Dingyu teacher feedback control facilities, and shared with)

Line Based Recognition using a Multidimensional Hausdorff Distance _______ DESCRIPTION _______ Matching the image with its rotated and scaled version using 4 dimensional hausdorff measure. ___REFERENCE___ Paper 1: Line Based Recognition using a Multidimensional Hausdorff Distance Xilin Yi , Octavia I. Camps. - IEEE Trans. on Patt. Ana. and Mac. Int. - Vol:21 - No:9( Line Based Recognition using a Multidimensional Hausdorff Distance _______ DESCRIPTION _______ Matching the image with its rotated and scaled version using 4 dimensional hausdorff measure. ___REFERENCE___ Paper 1: Line Based Recognition using a Multidimensional Hausdorff Distance Xilin Yi , Octavia I. Camps.- IEEE Trans. on Patt. Ana. and Mac. Int.- Vol:21- No:9)

极坐标3d画图程序，功能很强大，自己看帮助吧(POLARPLOT3D Plot a 3D surface from polar coordinate data)

这个是无线传感器网络的DV-hop算法，对初学者很有用，可以看看。(This wireless sensor networks DV-hop algorithm, useful for beginners, you can see.)

IMPLEMENTATION OF A HIGH PASS INFINITE IMPULSE RESPONSE FILTER FOR A GIVEN SEQUENCE

泰勒级数展开算法是需要初始估计位置的递归算法，在每一次的递归中通过求解TDOA测量误差的局部最小二乘来改进估计的位置。 本程序基于MATLAB，对泰勒级数展开算法进行了仿真。初始位置的选取很重要，建议和其他简单的算法进行协同，对信号源位置进行定位。 希望对研究信号源定位的同志有所帮助。(Taylor series expansion algorithm is the need to estimate the location of the initial recursive algorithm, in every recursive TDOA measurement error by solving the partial least squares to improve the position estimate. The program is based on MATLAB, the Taylor series expansion algorithm for the simulation. The selection of the initial position is very important, the proposed algorithm and other simple coordination, to locate the signal source location. Want to locate the source of research help comrades.)

基于解相关 的LMS滤波算法 程序(lms)

MATLAB用于AWGN信道中产生512点算法!(MATLAB for AWGN channel generated 512 points algorithm!)

active contour snake technique for segmentaion of gray scale image

Clipping is usfull method for PAPR reduction