SINGLE_PHASE_3PH

能够用DFT方法求信号的相量,非常的精确，实时性能得到保证(It can solve the problem of sigal s phasor based on DFT)

计算logistic映射李雅普诺夫指数的matlab程序(calculated logistic mapping Lyapunov exponent of Matlab procedures)

矩形脉冲波的BPSK的simulink模型(Rectangular pulse wave BPSK simulink model)

线性调频信号脉冲压缩程序,初学脉压的同学可以看看(LFM signal PUlse compression Procedure )

掺铒光纤激光器动态模型数值化，采用掺铒光纤分段处理的方法，仿真光信号在环形腔内的传输(Erbium-doped fiber lasers numerical dynamic model using erbium-doped fiber section processing method, the simulation of the optical signal transmitted in the annular cavity)

GOOD PROJECT ABOUT ATM DATABASE SYSTEM WITH DATABASE IN MS ACCESS

DSP有限字长效应分析，对系数量化给系统带来的部稳定因素进行分析

matlab中产生16QAM信号 星座图(generate 16QAM signal )

简单matlab介绍，常用信号的处理，适于刚开始学习matlab！(Simple matlab, the commonly used signal processing, suitable for beginning to learn matlab!)

Gradient information serves several purposes. It can relate the structure of objects in an image, identify features of interest for recognition/classification directly or provide the basis of further processing for various computer vision tasks. For example, "edges," noted by regions of high gradient magnitude, are central to the task of identifying defects in circuitry. A sample "edge-detected" image using the Image Processing Toolbox for MATLAB is shown where locations marked by white are those points that are indicative of high gradient magnitude, which can also be described as regions of high pixel contrast.