FECG_hdl_fix1

说明：  是关于MATLAB的数值处理程序,可以用来对测量的数据进行误差处理.(On the MATLAB numerical processing procedures can be used to measure the data processing errors.)

分割,并提取图片中任意物体,matlab编译通过.(segmentation, and extracts the pictures of arbitrary objects, Matlab compile.)

自己编写的稀疏阵列的matlab波束形成程序，可画出9阵元稀疏阵列的阵列方向图，以及相应阵列的排列示意图和同等数目阵元的均匀阵列的对比效果图(sparse array beamforming)

matlab6.0的学习书籍，对于matlab6.0使用不是很了解的的人，用这个很方便，是一本很不错的入门加精通的书籍。(matlab6.0 learning books, for matlab6.0 use is not very understanding person, with this very convenient, is a very good master entry plus books)

SWTEST Shapiro-Wilk parametric hypothesis test of composite normality. [H, pValue, SWstatistic] = SWTEST(X, ALPHA, TAIL) performs the Shapiro-Wilk test to determine if the null hypothesis of composite normality is a reasonable assumption regarding the population distribution of a random sample X. The desired significance level, ALPHA, is an optional scalar input (default = 0.05). TAIL indicates the type of test (default = 1).

元胞自动机模型，是用matlab编程，花了很多时间(Cellular automata model is used matlab programming, spend a lot of time)

this code, sobel detection for edge detection.

Cyclo Converter- fixed ac to variable freq and voltage ac with simple simulation circuits

This text deals exclusively with signal processing of digital data, although Chapter 1 briefly describes analog processes commonly found in medical devices. This text should be of interest to a broad spectrum of engineers, but it is written specifically for biomedical engineers (also known as bioengineers). Although the applications are different, the signal processing methodology used by biomedical engineers is identical to that used by other engineers such electrical and communications engineers. The major difference for biomedical engineers is in the level of understanding required for appropriate use of this technology. An electrical engineer may be required to expand or modify signal processing tools, while for biomedical engineers, signal processing techniques are tools to be used.

A wavelet is a wave-like oscillation with an amplitude that starts out at zero, increases, and then decreases back to zero