一个好的AWGN信道Turbo码程序

说明：  一阶500s模型的模糊控制，用matlab 实现(First-order fuzzy control model 500s with matlab realize)

DCT给灰度图像加二值的水印信息，运行显示四幅图，分别是原图像，水印图像，加水印的图像和提取的水印图像(DCT to gray image plus two watermark values, run the show four maps are the original image, watermark image, add watermark image and extracted watermark image)

matlab程序可以实现了数据从ZrUvOVA文件的输入，ar模型预测，arma模型预测，卡尔曼滤波器模型预测，利用图形用户界面编写 ，可以调节BnmSGYq环境，测试通过。 ( Matlab program can realize the data input a ZrUvOVA file. AR model prediction, ARMA model prediction and forecasting model Kalman filter using a graphical user interface written ZrUvOVAl environment can be adjusted, the test. )

说明：  压缩包内是关于BeiHang出版的matlab智能算法30个案例的代码，对于学习理解智能算法的原理和编程有一定的帮助。如遗传算法、粒子群算法、免疫优化算法、模拟退火算法、BP算法等。(there are 30 matlab codes, which match a book about intelligence algorithms,such as genetic algorithms, PSO, ACO,BPO,etc. WISH that will be help for you.)

LMS算法是研究最早的自适应算法，简单实用是其最主要的特点。但是仅进行一次求自适应权，还不够准确，本算法中将多次求权平均的结果与单次求的结果进行了比较！(LMS algorithm is the first study of the adaptive algorithm, meanwhile, simple and practical is its main feature. But if only seek adaptive right once,this is not accurate enough,so my algorithm take a comparison between the results of the weighted average and the results with a single seeking!)

The QSystemSemaphore class provides a general counting system semaphore for Linux.

混沌现象的证明方法多种多样，其中分岔图就是一中很好的方法(Proof of chaos in various ways, including the bifurcation diagram is a good way)

实现了关于MIMO雷达利用ESPRIT算法精确测向问题，精度较高，可以直接使用(The accurate direction finding problem of MIMO radar using ESPRIT algorithm is realized. The accuracy is high, and it can be used directly.)

说明：  储备池神经网络预测混沌信号MATLAB实例(Reserve pool neural network prediction chaotic signal MATLAB example)

这本 stevenkay 关于谱估计 信号估计 部分的英文书。 要想搞透信号估计，检测，，还是要看看这个的。 这个领域工作的人，若需要讨论，也可以找我。 毕竟能够和你讨论的人，非常少。希望我能帮上一点点。(This stevenkay on spectrum estimation signal estimation part of the English books. To estimate things through signals, detection, or to see that' s. People who work in this area, if necessary to discuss, you can find me. After all, who can discuss with you, very small. Hope I can be a little bit.)