DMR_beam_algorithm

一些无线传感器方面的文章，希望有所帮助。(Some wireless sensors article, I hope help.)

matlab 预测控制（ＤＭＣ）的仿真算例(matlab predictive control (DMC) simulation example)

说明：  《MATLAB 7.0编程基础》第2章 （源码实例）主要讲解MATLAB数据结构及运算("MATLAB 7.0 programming foundation" Chapter 2 (source code examples) mainly on MATLAB and Operational Data Structure)

The use of fingerprints for identification has been employed in law enforcement for about a century. A much broader application of fingerprints is for personal authentication, for instance to access a computer, a network, a bank-machine, a car, or a home. The topic of this chapter is fingerprint verification, where "verification" implies a user matching a fingerprint against a single fingerprint associated with the identity that the user claims. The following topics are covered: history, image processing methods, enrollment and verification procedures, system security considerations, recognition rate statistics, fingerprint capture devices, combination with other biometrics, and the future of fingerprint verification.

matlab语言编写的一些模糊控制小程序，比较简单易学。(matlab language small number of fuzzy control procedures, is relatively simple to learn.)

采用split-step method数值求解非线性薛定谔方程(Numerical solution of nonlinear Schrodinger equation by split-step method)

说明：  常用的雷达信号处理程序，包括恒虚警检测、脉冲压缩以及动目标指示。(Commonly used in radar signal processing procedures, including the constant false alarm detection, pulse compression, moving target indicator.)

信号过载情况下的SVM波束形成, 比其他常用的方法效果好很多.(signal overload of SVM beamforming than other commonly used method is much better.)

说明：  S变换在Matlab中对于信号处理方面的应用(S transform in Matlab for signal processing applications)

％ 文件名：randlsbget.m ％ 程序员:余波 ％ 编写时间:2007.6.25 ％ 函数功能: 本函数将完成提取隐秘于上的秘密信息 ％ 输入格式举例:result=( scover.jpg ,56, secret.txt ,2001) ％ 参数说明: ％ output是信息隐藏后的图象 ％ len_total是秘密信息的长度 ％ goalfile是提取出的秘密信息文件 ％ key是随机间隔函数的密钥 ％ result是提取的信息 function result=randlsbget(output,len_total,goalfile,key) ste_cover=imread(output) ste_cover=double(ste_cover) ％ 判断嵌入信息量是否过大 [m,n]=size(ste_cover) frr=fopen(goalfile, a ) ％ p作为信息嵌入位计数器将信息序列写回文本文件 p=1 ％ 调用随机间隔函数选取像素点 [row,col]=randinterval(ste_cover,len_toal,key) for i=:len_toal if bitand(ste_cover(row(i),col(i)),1)==1 fwrite(frr,1, bit1 ) result(p,1) else fwrite(frr,0, bit1 ) result(p,1)=0 end if p==len_total break end p=p+1 end fclose(frr) ()