ajas581083-1090

embedded system solution of vahid book is available.

Empirical Model process orde 1

简要的Gauss列主元消去法，很实用，用matlab实现，还有一个图例，程序说明很详细(brief Gauss main-element elimination, very practical, using Matlab to achieve, there is a legend, a very detailed description of the procedures)

说明：  过程信号的前馈-反馈型自适应盲分离算法：利用神经网络的自学习能力实现信号的盲分离已被证明是实现信号分离的一种有效方法,不同的神经网络模型对分离算法的效能将产生极大的影响 (The process of signal feedforward- feedback-based adaptive algorithm for blind source separation: Using neural networks to achieve self-learning ability of the blind signal separation has been proved to achieve the signal separation is an effective method, different neural network model of the separation algorithm efficiency will be have a great impact on the)

时频分布在故障诊断中的应用，机械故障信号等(Time-frequency distribution in the fault diagnosis, mechanical fault signals)

文件中含有ofdm仿真的全过程，包4qam,8qam形式进行调制、解调，转换等过程(Ofdm simulation file contains the entire process, including 4qam, 8qam form of modulation, demodulation, conversion process)

MATLAB的一些经典算法实现源代码，包括插值规划(MATLAB classical algorithm code, including interpolation,planning)

该算法应用蚁群算法，在蚁群算法的基础上应用于有约束条件的最优化问题。(The algorithm is applied ant colony algorithm, the ant colony algorithm based on the conditions applied to the most constrained optimization problem.)

数学实验中用matlab完成的句柄图形和图形用户界面制作(Mathematics experiment with matlab finish the handle to the graphics and the graphical user interface production)

经典的滤波器设置,通过修改一些小细节，即可实现任何滤波器的功能。(Classic filter settings, by modifying some small details, you can achieve the function of any filter.)