TraceRatio

说明：  Chebyshev插值：利用切比雪夫节点，构造切比雪夫函数插值函数(Chebyshev interpolation: Chebyshev interpolation function is constructed by using Chebyshev nodes)

说明：  Gigier muller counter for radio active material detection

这是一个窗口分割程序,仅供大家参考,如果有什么疑问,请给我发邮件,大家一起讨论!(This is a window procedure for the carving, for your reference, if there is any doubt, please give me email, everyone together to discuss!)

说明：  EDEM中颗粒工厂API例子，可以自己套用(The particle factory API example in edem can be applied by itself)

说明：  核密度估计(kde)的工具箱,来源于 Copyright (C) 2003 Alexander Ihler(The KDE class is a general matlab class for k-dimensional kernel density estimation. It is written in a mix of matlab ".m" files and MEX/C++ code. Thus, to use it you will need to be able to compile C++ code for Matlab. Note that the default compiler for Windows does not support C++, so you will need GCC under Linux, or GCC or Visual C++ for Windows. Bloodshed supplies a nice development environment along with the MinGW compiler. See this page for help setting up MEX with MinGW.)

为了更好地设计通信系统，我们需要对无线环境下收端信号的统计特性进行研究。考虑以下场景：环境中有很多障碍物，发射端至接收端没有视距可达路径。 假设收发端距离很远（500m以上），障碍物数量很大（N>50），并在空间中随机分布。同时假设各路反射信号到达接收端的强度相同（能量E=1），信号载波频率为1GHz，请进行仿真，探索以下问题： （1）接收到的正弦波的相位服从什么分布？ （2）计算接收信号的幅度的均值和方差，并绘制其概率密度函数图。 （3）学习“Rayleigh分布”相关内容，并绘制参数为√NE的Rayleigh分布概率密度函数，计算其期望和方差的理论值。这些理论结果与仿真得到是否一致？ （4）固定障碍物的位置，让接收机分别以速度1m/s和10m/s的速度运动，绘制接收信号的包络随时间变化的曲线。并观察和对比两条曲线，能否有什么发现？(In order to better design the communication system, we need to study the statistical characteristics of the received signal in the wireless environment. Consider the following scenario: There are many obstacles in the environment, and there is no line-of-sight path from the transmitter to the receiver.)

说明：  江恩选股公式，成功率较高，打开通达信，导入公式就可以使用(Gann stock selection formula has a high success rate. Open Tongda letter and import the formula to use)

Cours et traveaux pratique en traitement de texte word

V.C. Chen M. Martorella新出的ISAR成像书籍《 Inverse Synthet Aperture Radar》中示例的源程序(V.C. Chen M. Martorella new ISAR imaging book "Inverse Synthet Aperture Radar" example of the source)

屏幕图片抓图，功能简单，但有写思想值得学习。-screen images, functions simple, but it was thought worth learning.