chunbilikongzhi

这是我们老师布置的一次大作业，多种方法实现空域增强，希望大家能从中获取到帮助！-This is our first great Teacher homework arrangement, a number of ways to enhance airspace realize, I hope that everyone will get to assist!

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针对使用传统分类器预测配变重过载会因为重过载样本率较低而带来的总正确率很高，重过载预测正确率却很低这一问题，将重抽样与随机森林理论引入分类模型中，构建重抽样-随机森林分类器对配变重过载进行预测。结果表明，新方法在预测配变日重过载类型、重过载开始与结束时间、重过载严重程度方面有较高的准确率。(For the problem of using the traditional classifier to predict the distribution of heavy overload, the total correct rate is high because of the low overload sample rate, and the accuracy of the heavy overload prediction is very low. The resampling and random forest theory are introduced into the classification model. In the construction, the re-sampling-random forest classifier is used to predict the heavy-duty overload. The results show that the new method has higher accuracy in predicting the type of daily variable overload, the start and end time of heavy overload, and the severity of heavy overload.)

说明：  Implementation of Difference Equation, Fourier Transform, DFT

基于单片机的温度控制器，其中采用了光电器件，别具特色(Microcontroller-based temperature controller, which uses optoelectronic devices, unique)

说明：  DNF私服通用GM工具，可以自己搭建私服使用或者找公益服(General GM tools for dnf private service)

基于ROM的正弦波发生器的设计:使用MATLAB得到这64个波形数据，将这些存数据写入一个ROM中。再输入时钟，每个上升沿依次读取一个波形数据-ROM-based sine wave generator of the design: the use of MATLAB to obtain waveform data 64, to write the data in a ROM. Re-enter the clock, each rising edge followed by a read waveform data

简单的labview示意程序。在主界面点击按钮，弹出子界面的同时隐藏主界面(Click the button at the main interface, while the main interface is hidden while the interface is popping up.)

用MATLAB实现的复杂网络社区发现算法。(Complex network community discovery algorithm implemented with MATLAB.)

类似J2000的ECI坐标系转换到类似wgs84的ECEF坐标系,方便大家应用(Convert ECI (CIS, Epoch J2000.0) Coordinates to WGS 84 (CTS, ECEF) Coordinates. This function has been vectorized for speed. Example Function Call: >> [r_ECEF v_ECEF a_ECEF] = ECItoECEF(JD,r_ECI,v_ECI,a_ECI); Where: JD is the Julian Date vector [1 x N] (units are in days) r_ECI is the position vector [3 x N] (any units are permitted) v_ECI is the velocity vector [3 x N] (any units are permitted) a_ECI is the acceleration vector [3 x N] (any units are permitted))