Signal_Detection_and_Estimation

说明：  awgn的各种实现函数，以及每个函数实现的各种功能(awgn)

newton raphson polynomial with matlab in short code

PROJECT 02-02 Reducing the Number of Intensity Levels in an Image (a) Write a computer program capable of reducing the number of intensity levels in a image from 256 to 2, in integer powers of 2. The desired number of intensity levels needs to be a variable input to your program. (b) Download Fig. 2.21(a) from the book web site and duplicate the results shown in Fig. 2.21 of the book. Laboratory Projects_DIP3E 的02-02項目(PROJECT 02-02 Reducing the Number of Intensity Levels in an Image (a) Write a computer program capable of reducing the number of intensity levels in a image from 256 to 2, in integer powers of 2. The desired number of intensity levels needs to be a variable input to your program. (b) Download Fig. 2.21(a) from the book web site and duplicate the results shown in Fig. 2.21 of the book.)

有限时域差分算法Matlab程序，用于计算场强分布。(finite time domain finite difference algorithm is used to calculate the field intensity distribution)

闻亭公司培训DM642的内部资料一共有五天，里面包含讲解的ppt,文档，开发工具，课堂源码例子等。这是第四天内容.(Wintech DM642 training information, total of five parts, which contains explanations ppt, documentation, development tools, source code examples of class and so on.This is the 4th part. )

微波射频滤波器设计，切比雪夫滤波器设计及耦合矩阵综合程序。(Microwave RF filter design, Chebyshev filter design and coupling matrix synthesis program)

这是计算光子晶体程序，对研究光子晶体的同行很有用(This is the calculation procedures for photonic crystals, photonic crystals to study the usefulness of the peer)

Numerical analysis （Gauss、Bisection、jacobi、Lagrange、Newton、powermethod等）(Numerical analysis (Gauss, Bisection, jacobi, Lagrange, Newton, powermethod, etc.))

基于matlab的光伏电池阵列仿真模型，可以真实反应光伏电池随时间及温度变化规律(Matlab array of photovoltaic cells based on the simulation model can accurately reflect the temperature of photovoltaic cells and the variation with time)

无线传感器定位算法，代码写在txt文件里面，需要请自行粘贴到MATLAB里(Wireless sensor location algorithm, code written in txt file inside, you need to paste it into your own in MATLAB)