亲测可用的基于单尺度、多尺度、原始的Retinex算法调试代码

数字信号处理里FFT的C语言源代码啊，请查看啊(FFT digital signal processing in the C language source code ah, see ah)

Matlab宝典 由浅入深、循序渐进地介绍了MATLAB7.0的知识体系及操作方法。全书共分14章，内容涵盖了MATLAB7.0概述、基础知识、数值运算、数据分析、符号计算、数据的可视化、M语言程序设计、Simulink仿真系统、句柄图形、GUI、文件输入／输出、编译器和应用程序接口等。( Matlab baodian )

光的干涉衍射仿真程序光的干涉衍射仿真程序光的干涉衍射仿真程序(The interference of the diffracted light interference of light diffracted simulation program simulation program diffraction light interference simulation program)

说明：  超短脉冲在光纤中传输产生各种非线性效应，影响因素包括激光器的高斯脉冲，本模拟是初始啁啾脉冲的脉冲形状。(The transmission of ultrashort pulses in optical fibers produces various non-linear effects. The influencing factors include the Gaussian pulse of the laser. This simulation is the pulse shape of the initial chirped pulse.)

说明：  智能控制程序，适合看智能控制[刘金琨编著][程序源代码](无)

通过matlab的simulink中的s函数，对卫星的轨道六根数进行控制，实现卫星编队的队形保持。(By the simulink in matlab s function to track the number of six satellites is controlled to achieve the formation holding satellite formation.)

说明：  熟悉OQPSK的基本原理、调制解调技术，掌握MATLAB中M文件的使用及相关函数的调用方法(The goal of this design is to deeply understand the basic principle of OQPSk modulation and demodulation, learn how to use MATLAB software in the M file to realize OQPSk modulation and demodulation analysis and join the influence of different noise on the signal, the first to create a digital baseband signal and then the corresponding function in MATLAB the baseband signal modulation, and then analyses the waveform of the modulated, record the results of modulated signals after demodulation, observe the demodulation results and record, finally adding noise in the signal and then observe the changes of the time-frequency diagram,)

Dsp Course lec 9 DSP course

说明：  自己做的机械臂仿真，使用的MATLAB2016b。运行znGUI使用，动态显示机械臂变化，各个关节角的具体变化从变量cz中提取(Self-made simulation of the manipulator, using MATLAB2016b. Running znGUI, dynamic display of manipulator changes, specific changes of each joint angle are extracted from variable CZ)

A new autonomous underwater vehicle (AUV) called H160 is described in this article. The first prototype of this AUV has been realized through collaboration between two partners, which are the Laboratory of Data processing, Robotics and Micro electronic of Montpellier (LIRMM) and the ECA‑ HYTEC (specialist in the de‑ sign and manufacture of remote controlled systems in “hostile” environments). Thispaper shows a general presentation of the vehicle, its hardware and software architecture including the process modeling and the control law used. Simulation results presented are based onthe AUV mathematical model.