MATLAB7_0basic_Qinghua

使用MATLAB实现傅立叶变换，绘制信号的幅度频谱和相位频谱。付里叶变换的时域微分特性(Fourier transform using MATLAB implementation, rendering the signal amplitude spectrum and phase spectrum. Fourier transform of time domain differential characteristics)

《MATLAB R2008控制系统动态仿真实例教程》一书中的所以源代码(《MATLAB R2008 dynamic simulation in a control system tutorial examples》source code)

用粒子群算法进行无功优化，比较实用，希望对大家有帮助，14节点的，(Particle swarm algorithm with reactive power optimization, more practical, we want to help, 14 nodes,)

关于MIMO OFDM的信道估计、检测等matlab代码，已经试过信道估计的代码，可用。(For MIMO OFDM channel estimation, detection matlab code, have tried to channel estimation code available.)

MIMO系统模型的MATLAB仿真，对于理解MIMO-OFDM系统特点很有好处(MATLAB simulation of MIMO system model for understanding the characteristics of MIMO-OFDM system is very advantageous to)

本书基于matlab6.5的图象处理工具v3.2编写，全面系统地介绍图象处理工具v3.2函数在图象处理个方面的实际应用。(This book-based image processing tools matlab6.5 prepared v3.2, a comprehensive and systematic introduction to image processing tools v3.2 image processing function in the practical application of aspects.)

说明：  matlab三角插值算法(matlab triangle interpolation algorithm)

若一个三位自然数的各位数字的立方和等于该数本身，则称该自然数为水仙花数.此乃水仙花树的源程序(If one of you three-digit natural number and equal to the number of cubic itself, claimed that the number of natural numbers as daffodils. This is the source code tree daffodil)

在超宽带中实现直接序列脉冲形状调制，即PSM_TH调制！脉冲形状调制是常用的调制方法之一！(Achieved in the ultra-wideband direct-sequence modulation pulse shape, namely, modulation PSM_TH! Pulse shape modulation is one of the methods commonly used modulation!)

滑动聚束模式的RD成像。聚束模式SAR中,天线始终指向场景中心,合成孔径的长度比相同条件下的条带式SAR长。对于滑动聚束模式SAR系统,由于天线的指向变化与两者都不同,所以与条带模式相比,其合成孔径更长,而且测绘带区域比聚束模式更大 (The Sliding Spotlight model described in the article can geta better resolution than strip-map mode and better observed area than spotlight mode.by steering the antenna on a point further away the radar than the area beingilluminated which can be regarded as coming the underground. By doing this, thismode can get good combination between the resolution and observed area. )