matlab揭秘_郑碧波

自己写的matlab小程序，用于解线性方程。可以参考下(Their own small programs written in matlab for solving equations. Can refer to)

Digital Image processing basics using matlab and can be transformed to c++ using open cv

说明：  MATLAB中画椭圆的自定义函数：ellipse，用后才会发现这个函数的强大功能！ 在ellipse之函数当中，其输入之变数分别如下： -ra 椭圆之长轴半径，可为列矩阵，若为列矩阵时，代表可同时绘制许多椭圆。 -rb 椭圆之矩轴半径，可为列矩阵，如ra。 -ang 水平轴之倾斜角，以弧度表示。可为列矩阵，但ra、rb、ang三者之矩阵数应相同。 -x0,y0 圆心之座标，可为矩阵，若为矩阵时，代表可同时绘制许多不同圆心位置之椭圆。 -C 椭圆线之颜色 -Nb 绘椭圆时所用之点数。(MATLAB in the oval painting custom function: ellipse, will be found after using the power of this function! Ellipse of the function in which its input variables are as follows:-ra ellipse of major axis radius for the column matrix, if for the column matrix, a representative may at the same time drawing many elliptical. oval-rb-axis radius of the moment for column matrices, such as ra.-ang horizontal axis of the tilt angle to radians. Matrix for the column, but ra, rb, ang among several of the matrix should be the same.-x0, y0 the coordinates of the center for the matrix, if for the matrix, a representative may at the same time drawing a number of different oval center location.-C elliptic line color-Nb painted oval of points used.)

一个3线8线译码器在matlab中的电路图(3 line 8 line decoder circuit diagram based on matlab)

由matlab的commet函数改编而来，在原来基础上新增控制质点运动速度的功能(The commet by the matlab function adapted from the original particle motion based on the new speed control function)

扩展卡尔曼滤波在跟踪运动轨迹中的应用（matlab程序）(Extended Kalman filter (EKF) simulation demo)

该程序是对飞行器的航迹进行模拟。包括3个文件，主程序是fangzhen.m，可以反映出飞行器高度、速度、攻角等参数对飞行器航迹的有效(The program is a simulated aircraft track. Includes three files, the main program is fangzhen.m, can reflect the aircraft altitude, speed, angle of attack of the aircraft trajectory parameters are valid)

对于初学者还是不错的，可以下下来看看的说，慢慢学者就会了 (For beginners or good, you can take a look at the next down that scholars will be a slowly)

Harris Corner detection algorithm

Copyright (C) 2013 Quan Wang <wangq10@rpi.edu>, * Signal Analysis and Machine Perception Laboratory, * Department of Electrical, Computer, and Systems Engineering, * Rensselaer Polytechnic Institute, Troy, NY 12180, USA */ /** * This is the C/MEX code of dynamic time warping of two signals * * compile: *