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随机子空间的matlab主程序代码，可以实现高精度的信号辨识。按照《基于随机子空间和最小二乘法的介质损耗角测量方法》、常军博士论文《随机子空间方法在桥梁模态参数辨识中的应用研究》编写。(Stochastic subspace matlab main code, you can achieve high-precision recognition. Accordance with the " stochastic subspace-based least-squares method and dielectric loss angle measurement methods" , regular army doctoral thesis " stochastic subspace identification of modal parameters of the bridge in the applied research" to write.)

Object MatLab implementation of the Robust Non-Linear Smoother (RNLS) for state-space models

元胞自动机的TT模型，用于仿真交通流，适用于开口边界(TT cellular automata model for traffic flow simulation for opening borders)

格子BLOTZMANN方法的matlab程序，D2Q9模型(Lattice BLOTZMANN method matlab procedures, D2Q9 model)

基于MIMO-OFDM系统的信号算法，主要有QR检测ZF SIC检测 (Signal Algorithm for MIMO-OFDM system based mainly QR detection ZF SIC detection)

通过Fourier与Laplace逆变换，把时域图变成频域图，增强信号的可视性。(Through the inverse transformation of Fourier and Laplace, the time domain diagram is transformed into frequency domain graph to enhance the visibility of the signal.)

说明：  灰色理论认为系统的行为现象尽管是朦胧的，数据是复杂的，但它毕竟是有序的，是有整体功能的。灰数的生成，就是从杂乱中寻找出规律。同时，灰色理论建立的是生成数据模型，不是原始数据模型，因此，灰色预测的数据是通过生成数据的gm(1,1)模型所得到的预测值的逆处理结果。 此程序用来作灰色预测。 (Gray theory that the behavior of the system even though the phenomenon is dim, the data are complex, but it is after all, is orderly, there is a whole function. Gray number generation, that is, from the clutter to find out the laws. At the same time, the gray theory is to generate data model, rather than the original data model, therefore, gray forecast data to generate data through the gm (1,1) model by the inverse of the predictive value of the results. This procedure is used for gray prediction.)

matlab中矩阵的操作，一些简单的操作，记不住的时候，可以看看( matrix operations in matlab)

这是我通过对一本书的详细研究后摘取其精华，将那些对我们最有用的内容整理出来，浓缩成10页word。吐血整理了好几天！现在拿出来贡献一下(This is after a detailed study of the book, I extract the essence, to sort out the most useful content, condensed into 10 word. The hematemesis compiled for several days! Now out to contribute)

一个简单的四则运算计算器，它能实现两个数据的加减乘除运算，数据需手动输入。因为界面相对简单，方便初学者使用学习(A simple four-function calculator, it can achieve two data arithmetic operations, data to be entered manually. Because the interface is relatively simple and easy to learn for beginners)