transfer

基于RBF神经网络对传感器的非线性系统用MATLAB软件进行仿真建模程序(Based on RBF neural network to nonlinear system of the sensor with MATLAB simulation modeling software program )

涵盖大部分绘图函数，通过GUI，通俗易懂，适于初学者(Covering most of the drawing functions, through the GUI design, user-friendly, suitable for beginners!)

code for image subtraction

基于IEEE14节点牛顿——拉夫逊潮流计算原代码，计算简单，收敛迅速。(14 node power flow calculation, Newton - Raphson power flow calculation, the calculation is simple, rapid convergence)

针对MUSIC算法在进行信号波达方向(DOA)估计时谱峰搜索运算量大的问题,提出了一种基于FFT多波束算法与MUSIC算法的联合DOA估计方法。该方法采用FFT多波束算法形成多个波束,近似估计信号DOA,获得对应波束指向,再利用MUSIC算法实现对信号DOA的精确估计。这样就只需在该波束指向对应的空域范围内搜索,减小了DOA估计的运算量。(MUSIC algorithm for performing signal DOA (DOA) estimates peak search operation when big problem, a joint DOA estimation method based on FFT algorithm and multi-beam MUSIC algorithm. The method uses FFT algorithm for multi-beam forming multiple beams, approximate estimate signal DOA, obtain the corresponding beam pointing, reuse MUSIC algorithm for accurate estimation of the signal DOA. This will only search within the beam direction corresponding airspace, reducing the amount of computation DOA estimates.)

Numerical program on Newton’s forward difference formulae, the use of Sterling formulae & the use of Newton’s backward difference formulae combindly, Trapezoidal rule, Gauss-Seidal method, Jacobi method.

一种维特比译码的 简单实现 基于matlab(viterbi decode)

这是一个关于垂直腔半导体光放大器（VCSOA，微腔光放大器的一种）中的双稳态曲线计算程序，用Matlab语言写成，可执行。程序是根据VCSOA中的速率方程（Rate Equation）编写的。从曲线上可以看出随着输入功率Pin的变化VCSOA的输出功率Pout的双稳态曲线，是进一步研究该问题的基本素材之一。(This is a computation program for calculating the bistability activity of the vertical cavity semiconductor optical amplifier, which is based on the rate equation in VCSOA. This code is a basis for further investigating other activities in VCSOA related to bistability. )

文章A New Efficient Low-Complexity Scheme for Multi-Source Multi-Relay Cooperative Networks的仿真MATLAB代码，值得拥有。(This paper proposes a new efficient scheme for the combined use of cooperative diversity and multiuser diversity.)

现代信号处理：取不同长度的窗函数，分别求x(n)的离散短时傅里叶变换，并进行信号重构(Modern Signal Processing: Take the window function of different lengths, respectively, find x (n) of the discrete time Fourier transform and signal reconstruction)