Gamma2-(1)

说明：   接收设备能对外界信息正确的接收、分析、处理的重要性是不言而喻的,它关系到社会的发展、人类的进步。然而在有用信号中往往伴随着噪声的存在。这种噪声分为电路内部固有的噪声与系统装置从外部接收而来的噪声。电路内部的噪声是系统固有的，与外界干扰无关，它可以通过对电路的合理设计、选择合理的元器件而得以控制。外部噪声主要由近几年的电子技术的高速发展，电子、电气设备的广泛应用而带来的电磁干扰引起的。这种噪声现象在工业发达的城市非常突出，它对各种系统接收装置的影响也越来越严重，使得这些系统装置不能正常工作，使得这些系统装置性能降低，甚至使得这些系统装置受到损坏。战胜噪声已是现代电子技术发展道路上必须逾越的巨大障碍。要解决噪声带来的问题需要我们从最基本的干扰源、信息传输通道（信道）、系统装置电路下手。(The receiving device and system noise)

利用Matlab7． 0 开发出图解计算精馏塔理论级数行的新方法． 该方法简单、准确、应用范围广，还可以通过改变输入参数，计算不同条件下精馏塔的理论级数，并能够可视化地输出理论级数的图解过程．(With Matlab7. Developed a new method for graphical calculation of ideal series. The method is simple, accurate, and a wide range of applications, and can also calculate the theoretical stages of distillation column under different conditions by varying the input parameters, and be able to output visual illustration of the theoretical stages.)

数据归一化处理，很不错的应用代码。可以应用到很多场合。(Data is normalized, it is a good application code. Can be applied to many occasions.)

用matlab编写的一串算法基本框架，可以自行在该代码中编写自己的程序，实现一定功能(Algorithm using matlab basic framework of a string, you can write the code on their own in their own procedures to achieve a certain function)

龙贝格算法的matlab源代码，包含图像，收敛速度分析(Romberg algorithm matlab source code, including images, convergence rate analysis)

Floyd最短路算法的MATLAB程序，可以求解最短路问题，比如旅行商问题，(The most short circuit algorithm Floyd MATLAB procedures, can solve the most short circuit problems, such as traveling salesman problem, )

Stochastic Dynamic Programming for Water Reservoir

利用matlab完成了对语音信号的重建，并针对重建信号进行了包括变速，变调等多种处理，适合初学语音信号的人参考。(Using matlab complete reconstruction of the speech signal, and for the reconstruction of signals, including a variety of processing speed, pitch, etc., suitable for beginners who voice signal reference.)

Particle in cell 方法的matlab代码，非常基础，算例是空间存在一带电平板情况下，等离子体的电场分布和离子密度分布。作为入门非常好。(Particle in cell method matlab code, very basic, there is a numerical example is charged under the flat space case, the electric field distribution of plasma and ion density distribution. As entry is very good.)

RECEIVER :detecting code commonly used in digital networks and storage devices to detect accidental changes to raw data.