FDTD

MSK和GMSK数字调制方式的比较，主要利用simulink模块来实现仿真。(Comparison between GMSK-Modulation (GSM standard), MSK Type A-Modulation and MSK Type B-Modulation)

QPSK的系统仿真 simulink 的M文件 讲解了许多关于QPSK 仿真的内容 让大家可以更深一步了解matlab这款软件(QPSK system simulation covering m-file which impart something about Qpsk simulation and let us know about matlab more deep)

CHILD M-file for child.fig CHILD, by itself, creates a new CHILD or raises the existing singleton*. H = CHILD returns the handle to a new CHILD or the handle to the existing singleton*. CHILD( CALLBACK ,hObject,eventData,handles,...) calls the local function named CALLBACK in CHILD.M with the given input arguments. CHILD( Property , Value ,...) creates a new CHILD or raises the existing singleton*. Starting from the left, property value pairs are applied to the GUI before child_OpeningFcn gets called. An unrecognized property name or invalid value makes property application stop. All inputs are passed to child_OpeningFcn via varargin. *See GUI Options on GUIDE s Tools menu. Choose "GUI allows only one instance to run (singleton)".

time difference of arrival simulation.TDOA

本文件是关于自适应波束形成算法的matlab仿真，其中对LMS、RLS等算法给出了具体的程序。(This document is on adaptive beam-forming algorithm of matlab simulation, including LMS, RLS) give a specific procedures. )

fabric defect detection using image processing

Learning Selenium in 6 Easy Steps

编写一通用的预测法分析程序，要求有一定的错误处理能力，出错后能够使程序继续运行下去，直到分析过程结束。可通过不同的文法（通过数据表现）进行测试。(Write a generic prediction analysis procedure that requires a certain degree of error-handling capabilities, enabling the program to continue after an error to run it until the end of the analysis process. Can be tested by different grammar (by performance data).)

船舶航向的控制，一个比较实用的程序，可以仿真运行(chuan bo hang xiang de kong zhi)

射线追踪,包含了起点和终点的射线函数，对于地震传播研究具有重要意义！(Raytracing in a v(z) world. The toolbox contains functions forshooting fans of rays and functions for tracing rays with specific start and end points. General multi-bounce rays with any number of mode conversions can be traced. Automatic routines for P-P and P-S primaries in shot-gather geometry are provided for convenience. Any recording geometry can be used but most functions vectorize (e.g. are most efficient) for shot-gather geometry. Only traveltimes and rayparameters are detemined, not amplitudes. In these routines, the velocity models should be considered as "background" models. This means that the depths at which flections and mode conversions occur are dependent of the depths given as layer boundaries in the velocity models. Velocity models are specified by a vector of velocities and a same-size vector of depths. The j th velocity is in effect from the j th to the j+1 th depth. The bottom of the model is assumed at infinite depth. Thus v=5000 and z=0 specifies a cons)