资源列表
TT-transform-reference
- S变换的改进，可用于扰动信号发生起始时刻的精确定位的相关文档-Improved S transform can be used to signal the occurrence of disturbances related documents pinpoint the starting time
power-system-fluency-calculate-study
- 电力系统潮流计算毕业设计源代码，已完成答辩，可以用-Power flow calculation graduate design source code, the respondent has been completed, you can use
shuzhimoni
- 地震数值模拟褶积计算以及改变子波源头，很实用。用fimage成图。-Convolution computation of the seismic numerical modeling and change source wavelet, very practical. Use fimage mapping.
fft
- fft傅里叶快速变化程序，里面说的很清楚，很使用。-FFT Fourier rapid change program, which made it very clear, is to use.
study-of-stability-of-ehv-voltage-grid
- study the differ methode of dispatshing the grid
youkusheji
- 油库设计，我的课程设计内容，是做的蒸发损耗相关计算。比较简单，仅作参考。-Depot design, design my course content is related to the evaporation loss is calculated to do. Relatively simple, for reference only.
MPPTPV
- mppt控制的光伏阵列simulink模型,包括boost电路控制的mppt跟踪，以及光伏电池模型。-mppt control simulink model of PV array, including the boost control circuit mppt tracking, and photovoltaic cells models.
location0506
- 输电线路双端不同步故障测距程序，matlab的程序，利用两端数据计算故障距离-Two terminal lines are not synchronized fault location procedure, matlab procedures, the use of both ends of the data to calculate the fault distance
knapsack-problem-UC
- 0-1背包问题解决机组组合问题（给定N中物品和一个背包。物品i的重量是Wi,其价值位Vi ，背包的容量为C。问应该如何选择装入背包的物品，使得转入背包的物品的总价值为最大？？ 在选择物品的时候，对每种物品i只有两种选择，即装入背包或不装入背包。不能讲物品i装入多次，也不能只装入物品的一部分。因此，该问题被称为0-1背包问题。 ）-0-1 knapsack problem solving unit commitment problem (in a given N items
Simple-VB-.NET-OPC-Example
- Simple VB .NET OPC Example Simple VB .NET OPC Example Simple VB .NET OPC Example Simple VB .NET OPC Example-Simple VB .NET OPC ExampleSimple VB .NET OPC ExampleSimple VB .NET OPC ExampleSimple VB .NET OPC ExampleSimple VB .NET OPC ExampleSimple VB .N
svpwm
- 三相异步电机采取空间矢量PWM控制技术，采用matlab环境开发。-This three phase nonsynchronous motor is controled by SVPWM means.It is designed in matlab environment.
A-Half-Bridge-LC-Resonant-Converter
- 一种通过减少输出电容纹波电流的半桥谐振转换器-A Half Bridge LC Resonant Converter with Reduced Current Ripple of the Output Capacitor