毕设时的阵列信号处理的高分辨率估计代码

VOICEBOX is a speech processing toolbox consists of MATLAB routines that are maintained by and mostly written by Mike Brookes, Department of Electrical & Electronic Engineering, Imperial College, Exhibition Road, London SW7 2BT, UK. Several of the routines require MATLAB V6.5 or above and require (normally slight) modification to work with earlier veresions. The routines are available as a zip archive and are made available under the terms of the GNU Public License. The routine VOICEBOX.M contains various installation-dependent parameters which may need to be altered before using the toolbox. In particular it contains a number of default directory paths indicating where temporary files should be created, where speech data normally resides, etc. You can override these defaults by editing voicebox.m directly or, more conveniently, by setting an environment variable VOICEBOX to the path of an initializing m-file. See the comments in voicebox.m for a fuller description.

Encoding & Decoding of message seq using (n,k) Systematic Linear Block Code.

关于莱斯信道的仿真，进行分析及绘图，包含三个程序(rician_channel_right)

基于Q学习实现自主选频与动态频谱接入，认知无线电(Dynamic spectrum access with Q-Learing)

ldpc码的编解码实现，有信道编码，调制，信道估计等，构成不同频率的调制信号，毕设内容，高光谱图像基本处理，Relief计算分类权重，虚拟力的无线传感网络覆盖。

pll锁相环编程程序 可以使用 matlab 编程语言(The program can be used PLL phase locked loopThe MATLAB programming language )

说明：  探究粒子群算法对电机的估计，具有重要意义。(It is important to explore the estimation of the motor by particle swarm.)

一本关于matlab界面制作的书籍，很全面的从基础到深入(A matlab interface on the production of books, from basic to very comprehensive in-depth)

利用matlab编程求解雷诺方程，用有限差分法将雷诺方程转换成非齐次的线性方程组(Reynolds equation solved using matlab programming, finite difference method will be converted to the Reynolds equation linear equations nonhomogeneous)

本文建立了光伏、风机等分布式电源的仿真模型，研究了主动配电网的不同 运行方式，构造了控制系统的工况，包括正常控制状态和紧急控制状态，并确定 了在正常控制状态下实行不同时间尺度下的电压优化手段和紧急控制状态下进行 即时控制的思想。在此基础上，提出了一种基于多代理系统的主动配电网分布式 电压协同控制方法，通过控制有载调压变压器、无功补偿设备、分布式电源出力 等，在可能出现多馈线不同功率的系统中，实现防止电压越限、最小化电压偏移 和DG有功缩减等目标。(Distributed voltage cooperative control in active distribution network)