Motor-Life-Prediction

simple code for data echo cancellation

开关DC-DC振铃燥声的滤波 pdf文档很权威 开关DC-DC振铃燥声的滤波 pdf文档很权威 开关DC-DC振铃燥声的滤波 pdf文档很权威(Switch DC-DC ringing noise filtering PDF document is the authority Switch DC-DC ringing noise filtering PDF document is the authority Switch DC-DC ringing noise filtering PDF document is the authority)

神经网络的结构选4-5-3，学习速率为0.28，惯性系数为0.04，加权系数初始值取-0.5-0.5上的随机数。(4-5-3 neural network structure selection, the learning rate is 0.28, the inertia coefficient is 0.04, the initial value of weighting factor to take-0.5-0.5 the random number.)

使用大量的有限元法求解偏微分方程，阐述了负荷预测的应用研究,采用偏最小二乘法。( Using a large number of finite element method to solve partial differential equations, It describes the application of load forecasting, Partial least squares method.)

This file contains two ways for generating two independent random Gaussian variables with Matlab.it is so useful in simulation of communication channels.

电力系统继电保护中方向阻抗型继电器仿真，在分布参数下构造“0接线”阻抗继电器模块，可对三相短路、两相短路和单相短路的出口故障、末端故障和外部故障进行仿真，得到各相继电器的相位，是研究阻抗保护的有效工具。(Power system protection in the direction of the impedance relay simulation, the distribution parameters structure " 0 Connection" impedance relay module, the simulation of three-phase short circuit, two-phase short-circuit and export single-phase short circuit fault, the end of the fault and external fault, the phase of each phase relay is an effective tool to study the impedance protection.)

基于SINR的自适应波束成形,本程序给出了基于SINR算法的自适应波束成形(SINR-based adaptive beam forming, the process is the adaptive beamforming algorithm based on SINR)

说明：  自动阈值分割，matlab版，可以参考学习，两个.m文件。(Automatic threshold segmentation, matlab version, can refer to the study, two. M file.)

Xu s GVF Xu在美国博士期间研究的GVF的源代码(Xu' s GVF Xu in the United States during the study, Dr. GVF source code)

Re-implementation of Simakov, Frolova and Basri "Dense Shape Reconstruction from a Moving Oject under Arbitrary, Unknown Lighting", 2003 This re-imp is restricted to linear lighting model (eq. 10 in the paper)(Re-implementation of Simakov, Frolova and Basri "Dense Shape Reconstruction from a Moving Oject under Arbitrary, Unknown Lighting", 2003)