aa

说明：  该代码是关于CS的经典例子，里面包含了OMP等经典基础的重构算法，是初学者的必备资料(The code is about the CS classic example, which contains the OMP and other classic based reconstruction algorithms.These is essential information for beginners)

The mode field diameter variation of a varying diameter single mode fiber.

用功率谱进行跳频信号的检测，是一个行之有效的办法(With the power spectrum frequency hopping signal detection, is an effective way to)

循环冗余校验CRC (Cyclic Redundancy Check)码是由分组线性码的分支而来，其主要应用是二元码字。编码简单且误判概率很低，在通信系统中得到了广泛的应用。循环冗余校验码是属于分组码中的一类重要的线性码，它不仅在理论上具有很好的代数结构，而且其编码和译码可以通过线性移位寄存器很容易地实现。 通过对CRC的分析和基于MATLAB工具的仿真，充分证明了CRC的检错能力很强，编码简单。 (Cyclic Redundancy Check CRC (Cyclic Redundancy Check) code is a linear code from the sub-branch from the main application is the binary code word. Coding is simple and very low probability of miscarriage of justice, in the communication system has been widely used. Cyclic redundancy check code is a block code in one important class of linear code, which not only has good in theory, algebraic structure, and its encoding and decoding of linear shift register can easily realize . CRC through analysis and simulation tool based on MATLAB, and fully proves that the CRC error detection ability of a strong, simple coding.)

本文件是用MATLAB编写的小型局域网模拟软件，在MATLAB环境下可实现局域网功能仿真。非常实用，适合初学者。(This document is written in a small LAN with MATLAB simulation software, in the MATLAB environment enables LAN functional simulation. Is very useful for beginners.)

雅克比迭代用matlab实现 我是一个初学者 费了我很大的功夫 大家一定要珍惜(Jacobi iteration with matlab realize I' m a beginner cost me a lot of effort we must cherish)

使用傅里叶变换实现希尔伯特变换C程序，包括傅里叶变换在内dft(dft hibert)

基于IPOPT（内点法）求解电力系统经济调度问题，附有算例仿真测试。(The economic dispatch problem is solved by the IPOPT solver and a test system is used for verifying the effectiveness of the method.)

使用matlab的仿真平台simulink来实现直接序列扩频码变换为双极性码的转换 (Matlab simulation using simulink platform to achieve the direct sequence spread spectrum code transformation for bipolar code conversion)

该程序能够产生一个脉冲调制信号，信号为复数解析类型，实部满足狄拉克脉冲函数(the procedure can have a pulse modulation signals, signal analysis for complex types, meet the real Dirac pulse function)