ADRC7.0

一个多目标跟踪的matlab代码，里面附有说明文档。其中背景差分法可以实现实时更新。该代码在检测与跟踪少量目标时效果很好，但是跟踪目标大于8后，效果下降很多(A multi-target tracking matlab code, which accompanied by a document. One of the background difference method can achieve real-time updates. The code detection and tracking at the time a small number of very good goal, but follow-up after the goal is greater than 8, the effect of decline in a lot of)

衡虚警检测的程序，不敢独享，与大家分享！希望对大家有帮助(Value false alarm detection procedures, not exclusive, to share with you! We want to help)

matlab编写的生源定位程序 采用十字阵型(matlab prepared students locate the program using cross formation)

详细介绍了机器学习中非监督学习的内容、分类和方法(This document introduces the unsupervised learing of Machine learning with details.)

画图:对数据采集卡采集的数据画图并分析。MATLAB编的一个实用小程序(Paint: The data acquisition card for data acquisition and analysis of drawing. MATLAB small for a practical procedure)

模拟仿真蒙塔卡罗寻找中值,用此程序可以仿真中值的寻找结果.挺好的一个程序，有实用价值(simulation MonteCarlo finding meium value)

matlab multilink 包，用于matlab的计算和应用(matlab multilink)

An electrocardiogram (ECG) records the electrical activity of the heart. The heart produces tiny electrical impulses which spread through the heart muscle to make the heart contract. These impulses can be detected by the ECG machine. Electronic fetal ECG monitoring is a technique of obtaining important information about the condition of the fetus during pregnancy, by measuring the electrical signals generated by the fetal heart as measured multi-channel electrodes placed on the mother’s body surface. Fetal ECG (FECG) monitoring enables accurate measurement of fetal cardiac performance including transient or permanent abnormalities of rhythm. During labor and delivery, the heartbeat of the baby is monitored in order to make sure that enough blood flow and oxygen are getting through to the unborn fetus.

<Synthetic Aperture radar Signal Processing with Matlab Algorithms>的matlab代码。(the source of "<Synthetic Aperture radar Signal Processing with Matlab Algorithms>)

说明：  比较全的matlab的算法！经典算法都有哦！(All of the matlab algorithms compare! Classical algorithms are Oh!)