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雷达系统建模与仿真的matlab程序，包括产生十种随机分布，产生swerling杂波，以及产生回波，进行快速傅立叶变换，脉压，进行MTI，以及横虚警(Radar System Modeling and Simulation of matlab procedures, including dozens of randomly generated distribution, swerling have clutter, as well as the resulting echo, fast Fourier transform, pulse pressure, the MTI, as well as cross-false alarm)

SkyWave IDP 6xx,7xx,8xx terminal Developer and programmer Guide

有限差分法求解泊松方程 一个例子 比较精确解和数值解(Finite Difference Method for Poisson equation； An example to compare the exact solution to the numerical solution)

其中有很多matalab程序的例子，很适合学习matalab编程。有一定的参考价值(There are many examples of matalab program, very suitable for learning matalab programming. Have certain reference value )

This is the file that included gaussian function which generate a gassian variables.

说明：  非负矩阵分解，聂飞平老师再2014年发表的Robust Manifold Nonnegative Matrix Factorization文中提出的算法(A Robust Manifold Nonnegative Matrix Factorization algorithm was proposed by teacher nie feiping in 2014)

virtools用户手册，讲述了vt的基本构成，图形学原理，基本的使用方法，两个实例制作过程(vt user guide ,please download)

带有卡尔曼滤波器的线性二次高斯自适应算法(Linear quadratic Gaussian adaptive algorithm with the Kalman filter)

可自行设置参数产生SCM信道，支持MIMO等功能(can set your own parameter to create SCM channel,support MIMO an other function.)

运动目标模拟器相参性分析，分析了基于数字射频存储器(DRFM)的运动目标模拟器(MTS)相参性。由于DRFM延时的离散性,引起了MTS输出信号相位的改变,破坏了信号的相参性,使MTS输出信号频谱发生变化,不仅使谱线位置移动,而且还产生了附加的寄生谱线。分析结果表明,延时更新率(Fc)决定了谱线间隔,并通过sinc函数决定谱线的幅度,而雷达信号频率与所模拟目标的速度共同决定谱线的移动。 (Moving Target Simulator Coherent Analysis, Moving Target Simulator (MTS)-based digital radio frequency memory (DRFM) coherent. Due to the the DRFM delay discrete MTS output signal of the phase change is caused, the destruction of the phase of the signal parameters, the MTS output signal spectrum changes, not only the spectral line position, but also generates additional parasitic spectral line. The analysis results show that the delay update rate (Fc) determines the spectral interval by sinc function determines the amplitude of the spectrum, while the radar signal frequency and speed together determine the movement of the spectral lines of the simulated target.)