PAPER1

使用matlab分析传统光学系统中加入三次相位掩模板之后其点扩散函数的焦点偏移(Analysis using matlab conventional optical system by adding three phase mask after the point spread function of its shift in focus)

说明：  雷达模拟程序，图像界面，在不同版本的MATLAB运行时需要调试。(Radar simulation program, image interface, need to be debugged in different versions of MATLAB.)

说明：  根据张贤达版《现代信号处理》的SVD-TLS算法，基于奇异值分解的总体最小二乘法, SVD-TLS是一个在现代谱估计中一个基础的算法(SVD-TLS, Spectral estimation)

根据稳态课本编制的牛顿拉夫逊法求解潮流的程序(The preparation of textbooks under steady-state Newton Raphson procedure for solving flow)

说明：  在计算机上实现直流电动机的脉宽调速、双闭环晶闸管调速的Simulink仿真，可以较为形象的观察电动机的调速全过程，同时可以改变相关参数来实现不同情况下的调速过程。(The computer realization of the PWM DC Motor Speed Control, dual-closed-loop speed control thyristor Simulink simulation, the image can be observed the whole process of motor speed, while the relevant parameters can change under different circumstances to achieve the speed control process.)

ITML Information theroy metric learning 基于信息理论的度量学习(Information theroy metric learning)

雷达系统分析与设计一书的部分matlab代码。《雷达系统分析与设计》是2008年由电子工业出版社编辑出版的马哈夫扎(MahafzaBassemR.美国)的电子通讯类专著。本书描述了雷达截面积、极化、匹配滤波器和雷达模糊函数及雷达波传播的最新进展，并给出了关于PRN码、多径和折射、高距离分辨率、杂波与MIT处理的有关内容。(Radar systems analysis and design of a part of the matlab code. Radar systems analysis and design in 2008 by the Electronic Press editor industrial publishing Mahafuzha (MahafzaBassemR. USA) electronic communications monographs. This book describes the radar cross section, polarization, and radar matched filter function fuzzy latest progress and radar transmission, and gives information about the PRN code, multipath and refraction, high range resolution, clutter and MIT-treated related content.)

Effect of wind speed characteristics on DFIG performance

自己编写的粒子滤波的源码,用于故障诊断,是MATLAB语言写的,(their preparation of the particle filter source for fault diagnosis, is written in MATLAB.)

A method for extracting information about facial expressions from images is presented. Facial expression images are coded using a multi-orientation, multi-resolution set of Gabor filters which are topographically ordered and aligned approximately with the face.