C56766

自适应均衡算法的研究 学位论文研究了自适应均衡器的几种算法，包括传统LMs自适应均衡算法、NLMS自 适应均衡算法、解相关LMS自适应均衡算法、改进的解相关LMS自适应均衡算 法和ILLS自适应均衡算(Adaptive Equalization Algorithm dissertation studies algorithms for adaptive equalizer, including traditional LMs adaptive equalization algorithm, NLMS adaptive equalization algorithm, decorrelation LMS adaptive equalization algorithm, the improved LMS adaptive equalization algorithm decorrelation and adaptive equalization operator ILLS)

This paper presents a novel algorithm of hiding secret messages by applying mathematical lemmas and information theory. The proposed algorithm can hide more information with acceptable embedded rate and achieves requirements of information hiding algorithm and simply information extracting. The main idea is applying modern algebra to solve the information hiding problem in multimedia. In order to prevent some attacks on stganography, hidden initial bits of image data pixels are chosen randomly. The extracted information are achieved without the reference of the original image and extracted keys. The experiment results show that our approach is effective and reliable.

实现任意多个麦克风阵列的波束形成，麦克风阵列可以是加性的，也可以是差分的；阵列是均匀线阵，波束图经过线性归一化。(The microphone array can be additive or differential, and the array is uniform linear array, and the beam pattern is linearly normalized.)

说明：  用于改进的wilson叶片设计，亲测可行。(wilson design for wind blade)

天线方向图的波达方向，用于描述回波的方向图1，可以用于初学者学习使用(the antenna dir)

this is water mark code

信号处理的小波导引书的matlab代码,Wavelab802工具箱,进行小波在信号处理中的各种应用(Wavelet Tour of signal processing matlab code book, Wavelab802 toolbox, wavelet signal processing in a wide range of applications)

awgn model channel programme matlab

遗传算法解决5种多旅行商问题（mtsp）的matlab程序 分别为以下5中情况： 1.从不同起点出发回到起点（固定旅行商数量） 2.从不同起点出发回到起点（旅行商数量根据计算可变） 3.从同一起点出发回到起点 4.从同一起点出发不会到起点 5.从同一起点出发回到同一终点（与起点不同）(5 kinds of genetic algorithms to solve multiple traveling salesman problem (mtsp) matlab program 5, respectively, the following situations: 1. Back to the starting point a different starting point (TSP fixed amount) 2. Back to the starting point a different starting point (TSP amount calculated variable) 3. Starting the same starting point back to the beginning 4. Starting the same starting point to the starting point is not 5. Starting the same starting point back to the same end point (with different starting points))

A method for extracting information about facial expressions from images is presented. Facial expression images are coded using a multi-orientation, multi-resolution set of Gabor filters which are topographically ordered and aligned approximately with the face.