problem2

模拟幅度调制系统 AM调制与相干解调 DSB调制与相干解调(DSB modulation and coherent demodulation of AM modulation and coherent demodulation of analog amplitude modulation system)

make a simple rectangle with matlab

利用自抗扰控制器理论，提出了一种新颖的永磁同步电动机无位置传感器矢量控制系统 的转速估计方法。(A novel speed estimation approach to sensorless vector control of Permanent Magnet Synchronous Motor (PMSM) based on Active Disturbance Rejection Controller (ADRC) was proposed. )

介绍了UWB数据采集的实现和工作原理，并进行了硬件仿真(Describes the realization of UWB data acquisition and works, and hardware simulation carried out)

Anky_Glass Only for cubic model (odd) clear clc load Glass3D_25cube_0p75A.mat (Anky Glasses)

设计一简单的二维钟表，跟系统时间误差很小。( Author : Genial@USTC http://genial.yculblog.com )

三相桥式可控整流电路的MATLAB仿真,非常详细适合初学者(MATLAB simulation of three-phase bridge controlled rectifier circuit, very detailed for beginners)

运用MATLAB实现对图形图像的处理，包括生成Gif图片，实现图片去噪、滤波，图像均值、中值，直线识别等功能。(sing MATLAB for image processing, including generated Gif images, image denoising, filtering, image mean, median, the function such as straight line identification.)

这是基于matlab的用户界面GUI的关于图像处理的源代码，这几段代码实现了GUI界面多种功能的图像处理，让我们对图像处理比书本文字有更为直观的感受。(Matlab user interface (GUI)-based image processing source code, which pieces of code to achieve a GUI interface for a variety of functions, image processing, image processing than the book text a more intuitive feel.)

In this paper we discuss the problem of recovering the vertices of a planar polygon from its measured complex moments.Because the given, measured moments can be noisy, the recovered vertices are only estimates of the true ones. The literature offers many algorithms for solving such an estimation problem. We will restrict our discussion to the Total Least Squares (TLS) data fitting models HTLS and STLS and the matrix pencil method GPOF. We show the close link between the HTLS and the GPOF method. We use the HTLS method to compute starting values for the STLS method. We compare the accuracy of these three methods on simulated data. 2005 Elsevier B.V. All rights reserved.