gpcm05a22

要在VC中成功编译Matlab引擎程序，必须包含引擎头文件engine.h并引入Matlab对应的库文件libmx.lib、libmat.lib、libeng.lib(VC to successfully compile Matlab engine procedures, must include the engine header files engine.h and the introduction of the corresponding Matlab library files libmx.lib, libmat.lib, libeng.lib)

NLMS是LMS的一种改进算法。对该自适应滤波的朋友有一定启发(NLMS is an improved algorithm of LMS. The adaptive filtering friends have a certain inspiration)

Physical Modeling in MATLAB R Copyright 2007, 2008 Allen B. Downey(国外学者写的 利用MATLAB 编写各种物理模型的书 是英文的 可能读起来要花时间 但例子多 内容丰富有 书中有代码例子)

该源码使用C4.5算法进行分类，该程序为matlab源码。(Classify using Quinlan s C4.5 algorithm)

说明：  pml吸收便捷的声波方程有限差分数值模拟，采用MATLAB编程，具体注释见文件夹(Finite difference numerical simulation of acoustic equation)

《MATLAB图像处理实例详解》源代码 第10 章( MATLAB image processing example explanation Source Code Chapter)

基于MATLAB编写的蜗轮蜗杆啮合仿真程序源代码，运行效果很好(Prepared based on the MATLAB simulation program meshing worm source code, running well)

关于图像处理在滤波器方面的代码，可以画出3d滤波器，空间的图像(In terms of image processing filters on the code, you can draw the 3d filter, the image space)

雷达信号检测和信息提取:根据雷达接收到的信号检查是否含有目标反射回波，并从反射回波中测出有关目标状态的数据。信号是信息的载体，信息是信号的内容。雷达工程界习惯于把雷达信号检测和信息提取的具体实施称为雷达信号处理，并把这种处理与测出的数据的处理合称为雷达信息处理。技术科学界最初把采用数理统计工具解决这一类信息处理的理论问题称为检测理论，后又称为检测与估计(Radar signal detection and information extraction, according to the received radar signal check whether contain the target echo, and measure the echo data on target state.Signal is the carrier of information, the content of the information is a signal.Radar engineering is used to the specific implementation of the radar signal detection and information extraction called radar signal processing, and the processing and the processing of measured data as radar information processing.Technology of the scientific community initially put the use of mathematical statistics tools to solve this problem is known as a kind of information processing theory testing theory, also known as the detection and estimation)

After we calculate the R peaks of the ecg signal, we identify different criteria : a) Heart rate. b) Regularity of the R-R peaks (Look at the R-R distances). 1. Regular (are they equidistant apart). 2. Irregular. c) Rhythm 1. Tachycardia ==> Fast. 2. Bradychardia ==> Slow. 3. Normal.