3DMeasuringObjectPose

阵列天线自适应旁瓣对消相关技术的研究 通过matlab实现(Research on Adaptive Array Antenna sidelobe cancellation related technologies to achieve through matlab)

马达多种特性曲线绘制，双座标轴，随曲线走向趋势添加注释(Motors draw a variety of characteristic curve, dual axis, with the curve of the trend to add comments)

说明：  神经网络 侯媛彬 西安电子科技大学出版社 全书程序夹CH3(Neural network Book program folder)

SVM Demo for use with matlab lang.

说明：  虽然 AdaBoost 算法的检测速度快，误识率低，但是在样本的权重更新过程中，对于分类错误样本中的正、负样本没有加以区分，不利于提高正样本的识别率。本文提出一种新的权重更新方法，对于分类错误的样本，对判断错误的正样本给更高的权重，使得算法在下一轮迭代时，更加关注对分类错误的正样本的学习，从而提高对正样本（人眼）的检测率。采用基于最小二乘法对眼部的外轮廓进行椭圆拟合，根据拟合椭圆的参数来判断眼睛的睁闭状态；采用结合 PERCLOS 和眨眼频率的方法，对疲劳状态进行检测。(Although AdaBoost algorithm has fast detection speed and low false recognition rate, in the process of sample weight updating, there is no distinction between positive and negative samples in classification error samples, which is not conducive to improving the recognition rate of positive samples. In this paper, a new weight updating method is proposed, which gives higher weight to the positive samples of classification errors, so that the algorithm pays more attention to the learning of the positive samples of classification errors in the next iteration, so as to improve the detection rate of the positive samples (human eyes). Based on the least square method, the eye contour is fitted with ellipse, and the opening and closing state of eyes is judged according to the parameters of fitting ellipse; the fatigue state is detected by combining PERCLOS and blinking frequency..)

混沌Chaos工具箱，计算Lyapunov指数非常准确。(Chaos Chaos toolbox for calculating Lyapunov index very accurate.)

the average model of dc-dc boost converter

说明：  关于MATLAB DVB的 有兴趣的可以看看，主要还是在DVB中OFDM的仿真 ！说明是英文的哦！(On the MATLAB DVB interested can look at, mainly in DVB in OFDM simulation! Description is in English Oh!)

压缩感知算法中的快速重构算法的仿真，简单有效(The simulation of fast reconstruction algorithm in compressed sensing algorithm is simple and effective)

MIT人工智能实验室的目标识别的源码,多机电力系统仿真及其潮流计算，包括调制，解调，信噪比计算，基于分段非线性权重值的Pso算法，计算目标和海洋回波的功率谱密度,IMC-PID是利用内模控制原理来对PID参数进行计算。