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toolbox 4 的说明文件,对新手可能有用 。(toolbox 4 describe)

说明：  xilinx的一些例程，初学者可以看看相关的文件，以作深入学习(xilinx some routines, beginners can take a look at the documents related to in-depth learning)

n 人非合作博弈 纳什均衡 基于文章"An Optimization Formulation to Compute Nash Equilibrium in finite Games"的源码(The function npg solves an n-person finite non-co-operative game to compute one sample Nash Equilibrium. It uses an optimization formulation of n-person non-co-operative games as described in the adjoining paper "An Optimization Formulation to Compute Nash Equilibrium in finite Games")

there is a matlab cod,that is, Example of Supercritical Hopf bifurcation.

利用感知器算法和增量校正算法实现样品的分类(Perception algorithm and incremental correction algorithms to achieve the classification of the sample )

说明：  用MATLAB实现的计算器程序 calculator.fig calculator.m(calculator.fig calculator.m)

用matlab编写的龙曲线源程序，可以供大家参考(prepared using Matlab curve source of the Dragon, for your reference)

通过计算机上的多媒体卡，按照下列过程进行声音信号的录制、处理和回放，观察处理前后的波形，同时比较声音信号处理前后的效果。 1、 将录制的信号反褶以后播放（反褶以后的信号移到t=0点开始）。 2、 将录制的信号改变取样率（相当于进行了尺度变化）以后播放。 3、 将录制以后的信号延时1s，并将幅度降低一半，接着与原来的信号相加，然后播放。(Multimedia card on your computer, follow the process for recording, processing, and playback sound signal waveform observed before and after treatment, while comparative effectiveness sound signal before and after treatment. 1, the signal recorded after deconvolution player (deconvolution signal moves after t = start 0:00). 2, the signal is changing the sample rate recording (is equivalent to a scale change) later playback. 3, after the recorded signal delay 1s, and reduce the rate by half, and then with the original signal are added, then play it.)

用matlab开发的模糊pid控制算法的源代码，(Matlab pid with the development of fuzzy control algorithm source code)

说明：  初学matlab的一些课后习题，有助于各位初学者学习实践(Matlab beginner exercises some after-school help you study and practice for beginners)