Hohmann

电力系统静态稳定分析，小扰动分析法，简单算法(Static stability analysis of power system small disturbance analysis, a simple algorithm)

newmark通过迭代激起结构动力响应，包括速度、位移、加速度(newmark inspire dynamic response)

说明：  有关振动仿真的一些代码。内含有4个文件，各有不同用途(Simulation of the vibration of some code. Contains four files, each for different purposes)

可以提取CAD中点的坐标信息并转为MIKE地理信息数据输入格式(The coordinate information of midpoint in CAD can be extracted and converted to MIKE geographic information data input format.)

实现了两电平逆变器上异步电机直接转矩控制仿真,引入了一种典型的直接转矩控制改进算法DSVM,并进行了仿真(DTC)

自己辛苦编写的双色球彩票统计预测程序. 为得到下载积分,忍痛贡献. visual c++ 2010, 开发. windows 7 64bit, 16GByte内存需求, 4核处理器 并行计算, STL C++, 能够快速遍历计算全部号码分解组合的概率. 贡献出来心痛. 希望联系我,找份喜欢的工作.(souce codes of double Color ball lottery statistical forecasting program, desinged by myself. visual c++ 2010 stl, parallel computing. operation requirement under windows 7 64bit, 16GByte memory and 4-core processor. Rapidly traverse calculation of the the probability of all decomposition and all combination code numbers. it have me heartache to contribute my codes for get download points. Hope to contact me, help me ge one job.)

信息化是将来管理系统改进的主要方向 虽然电子化档案是重要的发展方向，但是实物档案也是重要的资产，特别是涉及保密内容时，两者同样重要 采用自动识别手段，提高操作效率是发展方向 实现档案在位监管，提高资产保全率是重要方向 减少实物档案的遗失等问题发生 从而避免财产损失，杜绝涉密事件的发生(Informatization is the main direction of the improvement of management system in the future. Although electronic archives are an important development direction, physical archives are also important assets, especially when it comes to confidentiality. Using automatic identification method to improve operational efficiency is the direction of development. It is an important direction to realize the supervision of archives in place and improve the asset preservation rate. Reduce the loss of physical files and other problems. So as to avoid property losses and eliminate secret incidents.)

电力系统连续潮流程序，可以计算电力系统最大输电能力(Continuous trend of power system procedures, can calculate the maximum transmission capacity of power system)

在FLAC3D中调用可以得到模型各个单元坐标和编号并记录下来。(The coordinates and numbers of each unit in the model are obtained.)

本程序时基于混沌理论和ELMAN神经网络的短期负荷预测，能取得很好的预测效果，直接使用该程序就能实现电力短期负荷预测，同样使用于其他类型的时间序列预测(the procedures based on chaos theory and neural networks ELMAN short-term load forecasts, can be achieved very good results forecast, the direct use of the procedure we will be able to realize short-term power load forecasting, the same used in other types of time series prediction)