MIMO_SER

image registration toolbox with matlab.medical images

说明：  THIS CODE IS INTENDEED TO GET THE PLOT FOR THE SIMULATION RESULTS OF THE DFIG

gvf snake 邊緣檢測範例(包含範例圖)(1. Introduction and Installation Instructions ---------------------------------------------- Welcome to the Gradient Vector Flow (GVF) Active Contour Toolbox. The Matlab*.m files in this software distribution implement our GVF snake, the original (Kass, Witkin, and Terzopoulos) snake, the balloon snake, and the distance snake. These programs were designed, written and tested by Chenyang Xu and Jerry Prince. To install this software, simply unzip the file into an empty directory, making sure to ask your unzipper program to restore the directory structure of the zipped files. In this documentation, we will assume that you have unzipped the files into C:GVF. 2. Documentation ---------------- We have included two research papers that describe GVF. You can find these in C:GVFpapers. Brief descriptions of the software modules can be found in this file below. For more detail, you should run Matlab, add the path C:GVFsnake, and type "help function-name". F)

1D Schrodinger equation, solved using finite difference method

LS信道估计算法仿真MATLAB,ls信道估计算法代码(LS channel estimation algorithm simulation MATLAB)

MATLAB实现单摆在外力矩作用下的动画 源程序代码((MATLAB a simple pendulum animation torque under the action of outside source program code))

比例导引弹道仿真，目标方向速度可变，非插值法，xy面投影，xz面投影均遵循比例导引，合成后构成三维图形。(Proportional navigation trajectory simulation, variable speed target direction, non-interpolation method, the xy plane projection, the xz surface projection are follow the proportional navigation guidance, synthetic After a three-dimensional graphics.)

RANSAC算法及其消除错配应用,适用于图像方面的RANSAC配准，并带有示例以帮助理解(RANSAC algorithm and its application to eliminate the mismatch, the image area of ​ ​ the RANSAC for registration, and with examples to help understand)

MIMO STBC simulation

二进制相位编码脉冲、方形编码脉冲等信号的脉冲压缩处理matlab示例(Pulse Compression for different kind of signals such as binary phase coded pulse and square coded pulse.)