nonlinear-dynamic

说明：  802.11a 的仿真模型，适合Matlab6.5和7.0的版本(802.11a simulation model for Matlab6.5 and version 7.0)

matlab工具箱中常微分方程组求解算例，注释详尽(matlab toolbox to solve differential equations often examples with notes in detail)

分布式压缩感知的论文，有助于理解SOMP算法在多点解压缩的运算(Papers distributed compressed sensing, computing helps to understand the SOMP compression algorithm in multi-point solution)

说明：  传递矩阵法计算梁的横向振动频率，各种边界条件(Frequency calculate by TMM for beam vibration, free-free boundary conditions, simply supported)

一个用S函数写成的在dq坐标系中的双馈异步电机模型。(An S function written using dq coordinate system in the doubly-fed induction motor model.)

Pattern recognition using matlab software had a very good simulation, the use of Bayesian Classifiers for boys and girls had a very good classification.

说明：  关于利亚普诺夫稳定性的模型参考自适应m文件(Australia Punuo Fu on the stability of model reference adaptive m file)

微分方程模型代码，很多时候差分格式的重写(the function as is code)

Knowledge of the process noise covariance matrix is essential for the application of Kalman filtering. However, it is usually a difficult task to obtain an explicit expression of for large time varying systems. This paper looks at an adaptive Kalman filter method for dynamic harmonic state estimation and harmonic injection tracking.(Knowledge of the process noise covariance matrix is essential for the application of Kalm an filtering. However, it is usually a difficult task to obtain an expli cit for large expression of time varying system s. This paper looks at an adaptive Kalman filter method for dynamic estimation a harmonic state nd harmonic injection tracking.)

直接序列扩频（Direct Sequence Spread Spectrum）工作方式，简称直扩方式（DS方式）。就是用高速率的扩频序列在发射端扩展信号的频谱，而在接收端用相同的扩频码序列进行解扩，把展开的扩频信号还原成原来的信号。(irect Sequence Spread Spectrum (Direct Sequence Spread Spectrum), hereinafter referred to as Direct expansion mode (DS). Is a high rate of spread spectrum sequence extension in signal spectrum, and at the receiving end with the same spread spectrum code sequence for expansion, the expansion of the spread spectrum signal back into the original signal. )