3.15

说明：  傅立叶采样数据生成程序，由matlab语言编写，并有详细注释(Fourier sampling data generation process, from matlab language and detailed notes)

风机 直驱永磁同步风力发电机 最大功率跟踪 自己搭的永磁发电机模型(Fan Direct-drive permanent magnet synchronous wind turbine Maximum power tracking Self-rigid permanent magnet generator model Suitable for beginners to learn)

应用傅里叶变换DFT，分析各种离散信号x(k)的频谱。离散周期信号可以展开成傅里叶级数，所以离散周期信号的频谱 是一个周期的周期性离散频谱，各谱线之间的间隔为 ，而且存在着谐波的关系。 (DFT application of the Fourier transform, analyze discrete signal x (k) of the spectrum. Discrete signal cycle can begin as Fourier series, the discrete signal spectrum is a cyclical cycle of discrete spectrum, the line between the interval, but there is a harmonic relationship.)

MATLAB作图教程全 适应初学者 基本编程方法(The MATLAB the mapping tutorial full adaptation beginners)

滤波反投影的CT图像重建算法、人脸识别中核心算法(Filtered back-projection of the CT image reconstruction algorithm, the core algorithm for face recognition)

基于相位调制器产生六倍频光毫米波的 OFDM信号光传输系统研究 (A Radio Over Fiber System with Frequency Sextuple Optical Millimeter
Wave Generation Carrying OFDM Signal Utilizing Phase Modulator)

利用matlab能够实现语音信号的分割与储存(Can be achieved using matlab segmentation and storage of speech signals)

some code for numerical analysis.The main goal is to provide insight into numerical analysis rather than merely to provide numerical recipes.

模拟WSCC 9公交系统。我已经做了这个系统与标准数据。如何在Matlab环境下对模拟输电线路的参数(电阻、电抗和电纳)是由分布参数与平衡负载流。千瓦&千乏的发电机的参数转换成KVA和Matlab仿真千伏。(This simulation is of WSCC 9 Bus System. I have made this system with standard datas. How ever for simulating in Matlab environment the parameters of transmission lines ( Resistance , Reactance and Susceptance ) are taken by distributed parameters with balance load flow. The Parameters of generators in KW & KVAR are converted into KVA and KV for Matlab simulation. )

在matlab上将图像从空间域变换到频率域，主要包括Radon变换和反变换、傅里叶变换和反变换、离散余弦变换和反变换等(In matlab image will be transformed the spatial domain to the frequency domain, including the Radon transform and inverse transform, Fourier transform and inverse transform, the discrete cosine transform and inverse transform)