NarrowSignalMVDR

thermal conductivity :Code for Temperature dependent of cross plane (thermal conductivity :Code for Temperature dependent of cross plane )

matlab求解微分方程讲义，求解各类方程，介绍的很全面。(matlab solve differential equations lecture notes, solving all kinds of equations, introduced very comprehensive.)

基于fft的三维高斯粗糙面生成，可以快速模拟三维高斯粗糙面，便于更深层次的研究(3d gauss rough surface)

小波变换和编码功能，包括其他更多的外来转变(Wavelet transform and coding functions, including other more exotic transforms)

matlab视频处理书籍，详细介绍了matlab下的视频处理(matlab video process)

马克维茨有效前沿的matlab实现。完整实例，含有前期数据处理的代码。含有画图和投资组合求解的代码。注释丰富，适合新手入门学习。作者软件版本matlab 2010a(An example of application of Markoviz efficient frontier in matlab.Containing code of data wrangling,and abundant explanatory note.starter-friendly.)

说明：  精通MATLABGUI设计全书源代码《精通MATLAB GUI》光盘的内容--第二章(Proficient in the design of the book source code MATLABGUI "proficient in MATLAB GUI" CD-ROM content)

dSPACE实时仿真系统是由德国dSPACE公司开发的一套基于MATLAB/Simulink的控制系统开发及半实物仿真的软硬件工作平台，实现了和MATLAB/Simulink/RTW的完全无缝连接。dSPACE实时系统拥有实时性强，可靠性高，扩充性好等优点。dSPACE硬件系统中的处理器具有高速的计算能力，并配备了丰富的I/O支持，用户可以根据需要进行组合；软件环境的功能强大且使用方便，包括实现代码自动生成/下载和试验/调试的整套工具。dSPACE软硬件目前已经成为进行快速控制原型验证和半实物仿真的首选实时平台。本文件为dSPACE-controldesk基础教程 (dSPACE real-time simulation system is developed by the German a dSPACE-based MATLAB/Simulink control system development and semi-physical simulation platform of hardware and software work to achieve and MATLAB/Simulink/RTW' s completely seamless. dSPACE real-time system with real-time, high reliability, scalability and good. dSPACE processor hardware system with high-speed computing power, and with a wealth of I/O support, users can be combined as needed powerful software environment and easy to use, including the realization of automatic code generation/download and test/debug set of tools. dSPACE software and hardware has become a fast control loop simulation and prototyping real-time platform of choice.)

此程序是电容成像技术的成像算法，其中五种算法，lBP等(This program is capacitance imaging technology imaging algorithm, including five kinds of algorithm, lBP, etc)

Calculate CINR in physical layer in MATLAB. clc clear all close all N = 1 R = 10 D = sqrt(3*N)*R angleValue = [pi/6 (3*pi)/6 (5*pi)/6 (7*pi)/6 (9*pi)/6 (11*pi)/6] c = 3*10^8 carrierFreq = 900*10^6 lambda = c/carrierFreq baseHeight = 30 mobileHeight = 2 pathLossExponent = 3 shadowingValue = 0 transmitPower = 10