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均值滤波,加权滤波,中值滤波的MATLAB实例,用于图象及信号的处理(Mean filter, weighted filtering, median filtering of the MATLAB examples for image and signal processing)

1．讨论数列的变化规律。 2．讨论调和级数的变化规律。(1. Discuss the changes of the number of columns. 2. To discuss the changes of harmonic progression.)

It can show the lines of corresponding points in two images for input points. If you have sift function, then you can utilize this function.

国外原版书籍，值得一看，注意不要扩散。尊重版权，尊重原创。(The foreign original books, worth a visit, and be careful not to spread. Respect copyright, respect for the original.)

运动目标的检测是视频处理过程中后续跟踪技术的基础,其检测结果的好坏直接关系到能否跟踪到运动目标及跟踪准确度问题。运动目标的检测就是从机器视觉系统获取的序列图像中把前景,运动,目标分割提取出来的过程。本文描述了机器视觉中运动目标检测的主要方法?介绍了其中背景减除法的几种典型算法的原理、特点、背景差分法的基本流程?主要包括四个步骤为,预处理、背景建模、目标检测、后处理。然后在matlab环境下运用背景减除算法完成了视频中运动目标的检测,并对检测结果图像进一步处理.(Moving target detection is a follow up video processing technology based on the test results is directly related to the ability to track moving targets and tracking accuracy. Moving target detection prospects, movement, object segmentation extracted from the sequence of images acquired by the machine vision system. This paper describes the main method of moving target detection machine vision ? introduced the principle of which several typical algorithms for background subtraction method, the basic flow characteristics, background difference method ? mainly includes four steps, preprocessing, background modeling target detection, post-processing. Use background subtraction algorithm in Matlab environment complete video moving target detection, and detection results of images for further processing.)

v线性调频信号的产生 线性调频信号的产生 线性调频信号的产生(chirps signs)

MCMC绝对可以运行，在matlab7.1上测试过的，OK(The MCMC absolutely can run)

matlab code for image compressive sensing. block compressive sensing is used.

用Matlab计算，钢的反对称模式lamb频散曲线。(Calculated using Matlab, the symmetric mode lamb steel dispersion curves.)

full DSB-SC Modulation- Demodulation Process. The input arguments are given below: • Input Signal Frequency: 10Hz • Carrier Frequency: 15Hz • Sampling Frequency: 100Hz