matlab

matlab doce in physics

比较有用的一篇论文《大型风电场并网对系统影响分析及其应用研究》(The more useful a paper, " large-scale wind farm grid system impact analysis and its application." )

这里面有很多的music算法仿真程序，一维经典music，ESPRIT 算法，Root算法，和二维面阵music算法,L型算法，空间平滑music，传播算法，以及现场测试程序。尤其是这个现场测试程序，理论与实践还是有一定的距离。这是一个居于现场实测实验的music算法，其与经典的music算法有一个很大的不同，是一个均匀四元阵两个信号的程序，对于一些在现场测试实验不能得到与经典算法理想的结果有很大的帮助。希望对实测实验的有帮助，自己摸索了很久。(music doa esprit L)

用matlab做的计算全息的程序，可以实现图像的全息编码和数值再现，对初学者很有帮助。(it is a hologram for the image,and is useful to the people who want to learn it)

多信道测量时，处理系统非理想特性的去嵌入程序。(the de-embedding code for a real communication system when doing channel estimation.)

轮胎力学特性，魔术公式，包含多个工况，可以修改参数，m文件(Tire mechanical characteristics, magic formula, contains more than one condition, you can modify the parameters, m file)

SVM工具箱的GUI界面版，大神做的，下载可用，内有例子。(SVM Toolbox GUI interface version, the great God to do, download available, there are examples.)

compares ed for different wireless channels

对于一幅输入图像，将产生一幅输出图像，输出图像的每个像素点的灰度值由输入像素点决定，将感兴趣特征的对比度扩展使之占据可显示灰度级的更大部分。使一输入图像转换为在每一灰度级上都有相同的像素点数，均衡化会减少灰度级数。大多数自然图像由于其灰度值分布集中在较窄的范围之内，引起图像细节不够清楚。采用直方图修正后可使图像的灰度间距拉大或使灰度均匀分布，从而增大了反差，使图像细节清楚，达到增强的目的。(For an input image, will produce an output image, the output image gray value of each pixel from the input pixel decided to expand interest in the contrast of features to make it account for more gray levels can be displayed most. Make an input image is converted to grayscale in each pixel have the same points, equalization will reduce the gray series. Most natural images because of their gray value distribution concentrated in a narrow range, causing the image detail is not clear enough. Make the image histogram revised by the gray space widening or so gray uniform distribution, thereby increasing the contrast between the image details clear objective to achieve enhanced.)

说明：  用相空间局部投影法对加噪混沌时间序列去噪或进行混沌序列与正弦信号的分离。(phase space with local law to increase the projector noise chaotic time series denoising or chaotic sequence with sinusoidal signal separation.)