Control_system_analysis_design_and_application_MAT

SVM神经网络的数据分类预测-葡萄酒种类识别(SVM neural network data classification forecast- Wine Type Identification)

基于MATLAB的短时傅里叶变换（STFT）的语谱图的画法，MATLAB环境下(MATLAB-based short-time Fourier transform (STFT) of the spectrogram of the painting, MATLAB environment)

说明：  《MATLAB 7.0编程基础》第7章 （源码实例）主要讲解MATLAB句柄图形对象("MATLAB 7.0 programming foundation" Chapter 7 (source code examples) mainly on MATLAB handle graphical object)

属于风力发电建模技术领域的利用灰色关联度分析的风电场功率组合预测建模方法。(The power of the wind farm belonging to the field of wind power modeling techniques using gray relational analysis combined predictive modeling methods.)

GRID STORAGE BATTERY

ASK Modulation using MATLAB

可以广泛的应用于数据预测及数据分析,表示出两帧图像间各个像素点的相对情况，包含光伏电池模块、MPPT模块、BOOST模块、逆变模块。( Can be widely used in data analysis and forecast data, Between two images showing the relative circumstances of each pixel, PV modules contain, MPPT module, BOOST module, inverter module.)

This book is intended for anyone trying to learn the fundamentals of computer programming. The chapters lead the reader through the various steps required for writing a program, introducing the MATLABr constructs in the process. MATLABr is used to teach programming because it has a simple programming environment. It has a low initial overhead which allows the novice programmer to begin programming immediately and allows the users to easily debug their programs. This is especially useful for people who have a “mental block” about computers. Although MATLABr is a high-level language and interactive environment that enables the user to perform computationally intensive tasks faster than with traditional programming languages such as C, C++, and Fortran, the author shows that it can also be used as a programming learning tool for novices. There are a number of exercises at the end of each chapter which should help the users become comfortable with the language.

Orbita.m Programa para dibujar un periodo de la orbita de un satélite apartir de los parámetros orbitales Programado a partir de la hoja TUNDRA2.pdf Ramon Martínez, 20-12-2006 Parámetros k=398613.52 en (km^3)/(s^2) Re = 6377 km h=814.5 a=Re+h e=0 OmegaRot=0.9856 º /day n = sqrt(k/(a^3)) p = a*(1-(e^2)) J2=0.00108263 cos_i = OmegaRot*(-2/3)*(1/J2)*(1/n)*((p/Re)^2)*(pi/180)/(24*3600) i = acos(OmegaRot*(-2/3)*(1/J2)*(1/n)*((p/Re)^2)*(pi/180)/(24*3600))*(180/pi)

说明：  以truetime-1.5为例说明truetime工具箱的安装方法，很实用！！(An example to truetime-1.5 truetime toolbox installation method, it works! !)