chap15

另一种光照不均匀图像的图像增强法源代码，编译通过，效果良好(Another non-uniform illumination image image enhancement method source code, the compiler is passed, the effect of good)

二用户CDMA系统，信道为加性高斯信道，使用BPSK调制，15位M序列扩频，可以正确解扩解调。 输出为2用户的基带信号、扩频信号、PSK调制信号、解调信号的时域和频域特性，给出两个用户分别的误码率。 (Second, the user CDMA system, channel for the additive Gaussian channel, using BPSK modulation, 15 M Sequence Spread Spectrum, you can correct demodulation despreading. Output of 2 user' s baseband signal, spread spectrum signal, PSK signal modulation, demodulation signal time domain and frequency domain characteristics of the two users are given the bit error rate, respectively.)

The uploaded file is the Cam-Clay code for drained path which is written in matlab software.

This program compress audio to AAC encoding format . It is developed by visual studio 2010. And written language C++.

Teaching Persian language and simple matlab

说明：  关于集中稀疏表示的图像恢复算法，用于去噪、模糊处理(On the image restoration algorithm of concentrated sparse representation, it is used for denoising and fuzzy processing)

模型算法控制(DMC)是非常有效的控制算法，他采用单位节约相应序列作为模型，并使用增量式控制，可以消除控制系统的稳态误差，应用非常广泛。(Model algorithmic control (DMC) is a very effective control method, he used the units to save the corresponding sequence as a model, and use the incremental control, can eliminate the steady-state error control system, is widely used.)

利用matlab 做拟合的图表 两个序列进行拟合 并画出拟合后的图和残差 另外作图的过程是每次都取相同的一段数据 且起始点不断往后推(Using matlab to do a chart to fit the proposed merger of two sequences and residual process diagram plotting another draw after fitting is always take the same piece of data and constantly pushed back the starting point)

直流微电网中的断路器研究,本文介绍了直流微网的基本概念，在直流微网基本模型的基础上加以模块具体细化，提出了一种合家用智能直流微网的架设结构，同时通过参考欧洲微网系统的标准，并依据已有文献对微网电压等级的优化对比，给出了合适的微网电压标准。在此基础上，介绍了一种基于直流母线电压信号（DBS）的直流微网的控制策略，包含新能源的变换器控制和储能装置的变换器控制。对于实现负载与直流母线的交互，本文以软开关技术为基础，提出了一种新型智能直流断路器拓扑，并通过仿真验证其工作原理，该断路器不仅可以实现零电流机械开关的拉断，还可以作为功率路由器的基础模块，实现能量路由的概念。(a study of DC breaker applied in DC microgrid)

这里是通信领域中各种基带信号（非常全，几乎最新的都有），用matlab编写，给出了相应的带宽和功率谱密度，很值得学习通信的看看(Here are the various communications baseband signal (very full, almost all the latest), written with matlab, the corresponding bandwidth and power spectral density, it is worth learning to see communication)