Diff_eq

具体介绍了光伏并网与有源滤波控制原理，以及控制流程，论文结果非常具有代表性，具有较高的参考价值(Specific photovoltaic (pv) grid and active filter control principle are introduced, and control process, the paper the results is very representative, has the high reference value)

Design of an Adaptive Neural Kinematic Controller for a National Instrument Mobile Robot System

眼球血管偵測，利用Moment function完成(Eye blood vessel detection, completed by Moment function)

demonstration of viterbi decoding using trace-back

加权波束形成形成，简单实用(Weighted beamforming formation, simple and practical)

对归一化后的RGB图片空间转化为hsi空间,hsi三分量也是归一化后的值,范围都是在0-1之间.(On the normalized RGB image space after hsi into space, hsi is also a three-component normalized values are in the range between 0-1.)

自己写的JS程序： 具体是使用JS+JQ+animate动画+勾股定理实现了画太极图，原理很简单，就是使用绝对定位作为 div坐标+动画+div生成，升级画法：可以使用三角函数(sin,cos,tan etc)，使用勾股定理每个像 素点的位置不太好把握！ 最后：感兴趣的同学可以将imgs中的图片改成透明的图片，替换JS中方块，这样效果好看些。(JS write their own programs: Specifically using JS+ JQ+ animate animation+ Pythagorean realized painting of Tai Chi, the principle is very simple, is to use absolute positioning as + animation+ div div coordinate generation, upgrade painting: You can use trigonometric functions (sin, cos, tan etc), each pixel using the Pythagorean theorem Prime location is not very good grasp of the point! Finally: Interested students can imgs pictures into a transparent image, replace JS in the box, so the effect look better.)

In this paper, we consider the use of Modulation Spectra for voice pathology detection and classification. To reduce the high-dimensionality space generated

选取windows系统自带的ding.wav信号作为分析对象，在Matlab软件平台下，利用函数wavread对音频信号进行采样，记住采样频率和采样点数，听一下原始声音sound(y, fs, bits)。 （2）音频信号的频谱分析，先画出音频信号的时域波形；然后对音频号进行快速傅里叶变换fft(y,N)，N取32768，画出信号的频谱特性，加深对频谱特性的理解。 （3）根据频谱，反演时域特性，画出时域波形。寻找幅值最大的两个频率，此频率除以fft点数在乘以采样频率就是信号的主频，即可合成信号的时域图形，听一下声音。 （4）对原音频信号进行1024点的分段付立业分析meshgrid （5）根据主要频线合成音频，并画出时域图形，试听合成效果。 （6）采用线性插值（linspace）和傅立业反变换(fliplr, ifft)分别合成音频，并画出时域图形，试听效果。 (err)

ieee 2010 papers - Biomedical IEEE 2010, Chennai Center "Last Bench".