题库，包括抓取试题，抓取答案，图像识别答案等

插电式混合动力汽车用动力蓄电池探析，插电式混合动力是现在新能源汽车发展的重点，本文对相关领域的人有一定的参考价值(Plug-in hybrid electric vehicle battery power Analysis, plug-in hybrid is now the focus of the development of new energy vehicles, this paper related fields who have a certain reference value for)

说明：  五点滑动平均法平滑处理振动测试信号。。。。。。。。。(Five point moving average method for smoothing vibration test signals)

SQLite Table3.pas修正版，解决中文显示乱码，以及最后一字符乱码。delphi 里UTF8Encode和UTF8Decode两函数配合使用，例：获取sltb := slDb.GetTable(UTF8Encode(sSQL)); 显示字段sd.Cells[i + 1, sltb.Row + 1] :=UTF8Decode(sltb.FieldAsString(sltb.FieldIndex[sltb.Columns[i]]));(The revised version of SQLite Table 3. PAS solves the problem of Chinese display scrambling and last character scrambling. In delphi, UTF8Encode and UTF8Decode functions are used together, for example: get sltb: = slDb. GetTable (UTF8Encode (sSQL); display field sd. Cells [i + 1, sltb. Row + 1]: = UTF8Decode (sltb. Field String (sltb. Field Index [sltb. Columns [i]);)

12864中文资料，介绍了12864基本的用法-12864 Chinese information on the basic usage of the 12864

卡尔曼算法实现及MATLAB仿真，以及simulink仿真模块(Realization of Kalman algorithm and Simulation of MATLAB, and Simulink simulation module)

说明：  通过使用ansys软件。对实际变压器的结构参数进行建模，分析10个绕组变压器稳态运行时的谐波状态(By using ansys software. Model the structural parameters of the actual transformer and analyze the harmonic state of the 10 winding transformers during steady-state operation.)

i2c总线接口驱动程序--I2c omni_line interface driver

C# 利用HAVING子句过滤分组数据，用于查询平均年龄大于22岁的学院学生的数量，在平时的应用中，这是很实用的一个数据库查询技巧。 　　string P_Str_ConnectionStr = string.Format(//创建数据库连接字符串 　　 @"server=WIN-GI7E47AND9RLS;database=db_TomeTwo;uid=sa;pwd="); 　　string P_Str_SqlStr = string.Format(//创建SQL查询字符串 　　 "SELECT * FROM tb_Student"); 　　SqlDataAdapter P_SqlDataAdapter = new SqlDataAdapter(//创建数据适配器 　　 P_Str_SqlStr, P_Str_ConnectionStr); 　　DataTable P_dt = new DataTable();//创建数据表 　　P_SqlDataAdapter.Fill(P_dt);//填充数据表 　　return P_dt;//返回数据表

用于Windows下的Meep软件，可以实现FDTD计算。(Meep software used for Windows, FDTD computing can be achieved.)

说明：  本设计是将安卓技术、单片机技术、无线通信技术等相关技术应用到视频监控系统中，可实现视频监控系统的设备移动化，由可移动监控平台、控制软件两部分组成。通过无线网络对监控平台进行移动方向、速度的控制，平台上的安卓手机摄像头实时采集视频图像信号并通过无线WiFi网络将视频信号实时传输到手机端观看。具有控制方便，监控灵活，模块化，可拓展性强等优点，可应用于险情探测、防爆、现场巡视、家庭安防、图像采集等领域。此部分是电脑端Java程序。(This design applies Android technology, microcontroller technology, wireless communication technology and other related technologies to the video surveillance system, which can realize the equipment mobility of the video surveillance system. It consists of mobile monitoring platform and control software. The mobile direction and speed of the monitoring platform are controlled by wireless network. The Android mobile camera on the platform collects video image signals in real time and transmits them to the mobile terminal for viewing through wireless WiFi network. It has the advantages of convenient control, flexible monitoring, modularization and expansibility. It can be used in danger detection, explosion-proof, on-site inspection, family security, image acquisition and other fields.)