elastic-network-CS

matlab的教程，例题，包括数值，符号，图像等运算及答案(matlab tutorials, sample questions, including the values, symbols, images and other computing and answers)

matlab命令大全电子书，matlab入门必备(Matlab order Daquan e-books, Matlab entry required)

非常详细的Capon算法DOA估计程序，自己写的，毕业设计，保证结果正确且可以运行。有非常详细的注释，每句话都有注解，简明易懂，保证可以看懂并学到知识，并且每一步与Capon算法详细的对应和算法解释，不管是学习程序还是学习算法都很有帮助，.m文件中是程序的一部分，全部代码在WORD中，肯定是你见过的最好的代码(Capon algorithm very detailed procedures for DOA estimation, he has written, graduate design, to ensure accurate results and can be run. Very detailed notes, every word has a comment, simple to understand, to ensure you can read and acquire knowledge, and each step corresponds with the Capon algorithm and the algorithm explained in detail, whether it is learning process or learning algorithms are very helpful ,. m file is part of the process, all the code in WORD, certainly the best you' ve seen the code)

这是本人编写的PLS建模程序，希望对大家关于该方面的研究有帮助。(This is my procedure to prepare the PLS modeling, I hope all of you on the research helpful.)

说明：  一种应用matlab进行光谱定标和随机数产生的源代码(An application for spectral calibration matlab and random number generator source code)

pi/4 DQPSK 系统仿真程序 pi/4 DQPSK 系统仿真程序 pi/4 DQPSK 系统仿真程序 pi/4 DQPSK 系统仿真程序 pi/4 DQPSK 系统仿真程序 pi/4 DQPSK 系统仿真程序 pi/4 DQPSK 系统仿真程序(pi/4 DQPSK system simulation program pi/4 DQPSK system simulation program pi/4 DQPSK system simulation program pi/4 DQPSK system simulation program pi/4 DQPSK system simulation program pi/4 DQPSK system simulation program pi/4 DQPSK system simulation program)

program for autocorelation

此源代码应用于OFDM仿真，一个OFDM符号128个有效符号，插入128个虚拟子载波(OFDM emulation)

近红外光谱平滑去噪算法，由于光谱仪得到的光谱信号中既有有用的信息，同时也叠加着随机误差，即噪声，而这种方法能取到很好的去噪作用。(Nir denoising smoothing algorithm, as a result of the spectrometer for spectrum signal in both the useful information, and superposition of the random error, the noise, and this method can get very good denoising effect. )

A discrete model of the IEC 61000-4-15 flickermeter is developed for use with the Matlab–Simulink simulation software package. The discrete model is a faithful reproduction of a flickermeter defined by the IEC Standard it duplicates the functional blocks described by the standard and operates in the same way as the standardized instrument to assure complete fidelity of results. The model is intended to be used within larger simulations that contain discrete model blocks, either alone or in combination with the Simulink