MyOVSF

大师开发的时频分析工具箱，matlab语言编写，可作为toolbox。(Master the development of time-frequency analysis toolbox, matlab language as a toolbox.)

此代码为一个目标跟踪程序，直接运行程序即可，此外还有其他参数的显示(This code for a target tracking program, you can run the program directly, in addition to the display of other parameters)

This manual describes the use of the Matlab/Simulink-based [The Mathworks, 2001] simulator TRUETIME, which facilitates co-simulation of controller task execution in real-time kernels, network transmissions, and continuous plant dynamics. The simulator is presented in [Henriksson et al., 2003 Cervin et al., 2003 Henriksson et al., 2002 Andersson et al., 2005], but be aware that several differences from these papers exist. The manual describes the fundamental steps in the creation of a TRUETIME simulation. This include how to write the code that is executed during simulation, how to configure the kernel and network blocks, and what compilation that must be performed to get an executable simulation. The code functions for the tasks and the initialization commands may be written either as C++ functions or as Matlab M-files, and both cases are described

使用matlab进行矩阵的高斯分解,可以对高阶线性方程进行数值求解(use Matlab for Gaussian decomposition of the matrix, the high-order linear equations were solved numerically)

给出完整的通信系统和多径通信信道，并使用带RLS算法的判决反馈均衡器进行均衡。 内有详细注释。 在DFE(lms算法）的基础上，采用RLS算法 产生 0 1 序列--> QPSK映射 --> 上变频 --> 信道（多径、加噪） --> 下变频 --> LMS算法均衡 --> 解映射、判决 --> 求误码率、星座图(This progam include a complete communication system with a multipath channel, based which decision feedback equalization with RLS algrithem is implemented.)

Alamouti transmit diversity

LaberMe Toolbox. Toolbox for using labelme images.

this article is about of target tracking.

USE OF SIMULINK IN MATLAB HOW TO PLACE AND USE VARIOUS BLOCKS IN MATLAB

code for sattelite calculaton