MATLAB

卡尔曼滤波在MATLAB上的实现，本例子是常数型卡尔曼(Kalman filter implemented in MATLAB, and this example is the constant Kalman)

Matlab basic book for student 2nd

algorytm wł ą czania. algorytm wybiera wierzcholek poczatkowy oraz poszukuje najdalej od niego oddalonego drugiego wierzcholka, po jego dolaczeniu powstaje cykl do ktorego sa dolaczne kolejne najdalesze wierzcholki. problem dotycy komiwojazera.

通过多尺度小波变换获取图像边缘的软件包，可以用来分割图像(Through a multi-scale wavelet transform to obtain the image edge of the package)

由于多径和移动台运动等影响因素，使得移动信道对传输信号在时间、频率和角度上造成了色散，如时间色散、频率色散、角度色散等等，因此多径信道的特性对通信质量有着至关重要的影响，而多径信道的包络统计特性成为我们研究的焦点。根据不同无线环境，接收信号包络一般服从几种典型分布，如瑞利分布、莱斯分布和Nakagami-m分布。(Because multipath and mobile and other sports influence factor, makes mobile channel in transmission in time and frequency signal and Angle caused the dispersion, such as time dispersion, frequency dispersion, Angle dispersion, and so on, thus multipath channel of communication with the characteristics of quality is very important, while the effect of multipath channel (the statistical properties become the focus of our research. According to different wireless environment, receiving signals envelope general subject to several typical distribution, such as Rayleigh distribution, rice distribution and Nakagami-m distribution. )

24 Dec 2008 Suhasini Please provide us in English it will be great help if you can do this for us 01 May 2008 Rostom Mabrouk Goog job 19 Mar 2008 Muhammad Fahim Please any body tells me about english comments to understand this or any other useful link for such type of code. 19 Feb 2008 Gustavo Meschino Please, try to translate to English! This GUI seems to be very useful, but I can t understand the function of buttons. 31 May 2007 Joshua Z I use the FCMClust core, good stuff! 21 Apr 2007 rose RED est ce que vous pouvez m expliquer le code matlab de segmentation par la methode FCM MERCI 29 Jan 2007 Karthik T Raja Y no reply for me

local binary pattern histogram fourier implementation for matlab

说明：  有关自动控制方面的一阶微分响应，matlab仿真程序(control of the first order differential response Matlab simulation program)

Sequentielle Quadratische Optimierung fuer f(x) = Min!, g(x) >= 0, h(x) = 0 unter Regularitaetsbedingung FUNKTIONEN: gp.m, gp_g.m, restor.m, sigini.m name_f.m: Zielfunktion/Gradient name_g.m: Ungleichunen/Gradienten name_h.m: Gleichungen/Gradienten INPUT: name Name des Problems x zulaessiger Punkt als Startvektor OUTPUT: (x,y,z) Kuhn-Tucker-Punkt f = f(x) Funktionswert errorcode = 1: Max. Schrittzahl in Iteration errorcode = 2: Max. Schrittzahl in Backtracking errorcode = 3: x nicht zulaessig

Advance level of image processing using matlab with a project