DesignofAOpticalSpectrometerBasedonLabVIEW

异步电机转矩转速曲线，全速范围的，程序简单，便于修改(Asynchronous motor torque speed curves, full-speed range, the program is simple, easy to modify)

说明：  HVAC part 01-By Eng.Ramy Ghoraba

实用开关电源设计 实验电源 交流电源 直流电源(Practical switching power supply design experimental power AC power DC power supply)

说明：  适用于电力系统模型搭建的hvdc线路，可以用于分析hvdc的稳定性也可以用于搭载其他部件的研究(HVDC lines suitable for power system models can be used to analyze the stability of HVDC and to carry other components)

一篇关于移频分析的论文,FSK信号高分辨率检测方法研究,可以用来做参考!(An article on the frequency shift analysis papers, FSK signal high-resolution detection method that can be used as a reference!)

电池模型 用于电动车和电网之间的充放电仿真(The battery model is used to charge and discharge between electric vehicles and grid simulation)

基于PSO的BP训练算法论文：在BP训练算法中，关于变权值、学习速率、步长的问题已被广泛地研究，几种基于启发式改进的技术也表明具有改善训练时间以及避免陷入局部最小的明显效果。这里BP训练过程由基于PSO同时优化log—Sigmoid函数与网络权值的新算 法(PSO。GainBP)实现。实验结果表明，PSO—GainBP比传统基于PSO的BP算法在网络训练方面具有更好的性能。(PSO based on the BP training algorithm Papers: In the BP training algorithm, on the right to change the value of learning rate, step length of the question has been widely studied, several heuristics based on improved technology also shows that to improve the training time and avoid falling into local the smallest tangible results. Here BP training process at the same time by the PSO-based optimization of log-Sigmoid function and the network weights of the new algorithm (PSO. GainBP) to achieve. The experimental results show that, PSO-GainBP than the traditional PSO based on the BP algorithm in network training has a better performance.)

两轮平衡车设计电路等！！稳定安全使用，有设计图电路图等(Wheeled design of the circuit. ! Stable and safe to use, design schematic)

电动汽车有序充电 实现住宅小区内电动汽车有序充电优化模式(ev charge)

说明：  地震合成记录的wavelets, contourlets and curvelets比较分析。本文不仅论述了三种方法的原理，而且提出一种联合方法，并且应用于地震信号处理(Synthetic seismic record wavelets, contourlets and curvelets comparative analysis. This article discusses the three methods is not only the principle and proposed a joint approach, and applied to seismic signal processing)