CSTR1

MATLAB经典符号运算算法设计教程Classical symbolic computation algorithm MATLAB Tutorial(Classical symbolic computation algorithm MATLAB Tutorial Classical symbolic computation algorithm MATLAB Tutorial)

说明：  光流算法代码，实现对单运动目标，多运动目标的检测(optical flow code)

单摆及曲柄滑块机构的动力学仿真（使用增广法求解微分-代数动力学方程）(Numerical simulations of simple pendulum and slidercrank mechanism. )

Encoding of LDPC codes

GRE Bib book good book for international GRE Preparation

说明：  产生白噪声的方法，调试通过，数据和代码都齐全。(Generated white noise method, debug through, data and code are complete.)

Simple, yet simplistic, Lattice Boltzmann (LB) MATLAB implementation. D2H9, BGK, omega = 1, laminar flow in a 2D channel used as benchmark. Requires Image Processing Toolbox. The code is not optimized for memory nor for speed, i.e. not efficient at all. However, it is better than almost nothing (i.e. the present MATLAB situation at Feb 2005 ? as far as I know) Optimization for memory should consider only dry locations.

模型跟踪 例题可以看看看 模型参考自适应控制本书从MATLAB仿真及可视化仿真的角度出发,系统地介绍了系统辨识与自适应控制的... ●第3章为模型参考自适应控制,(Model following examples can look at the book to see the model reference adaptive control MATLAB simulation and visual simulation point of view, the system introduces the system identification and adaptive control ... ● Chapter 3 for model reference adaptive control,)

DFA算法的MTALAB的实现，用于处理高密度的随机噪声(The implementation of DFA algorithm)

说明：  本资源为双馈风机DFIG的建模，其中包括定子直接从电网以恒定的振幅和频率提供三相电压。转子还由三相电压供电，这些三相电压在稳定状态下具有不同的幅度和频率，以便达到电机的不同运行条件（速度，转矩等）。本资源在intin.m文件中给了具体的参数，可以模拟出具体的仿真结果，使用者也可以自己改变参数来模拟仿真自己的结果。(This resource is for modeling DFIG of doubly fed wind turbine, which includes the stator providing three-phase voltage directly from the grid at constant amplitude and frequency. The rotor is also powered by three-phase voltages, which have different amplitudes and frequencies in steady state to achieve different operating conditions (speed, torque, etc.) of the motor. This resource provides specific parameters in the InTin. M file, which can simulate the specific simulation results. Users can also change the parameters to simulate their own results.)