基于VB.NET的辐射报警仪上位机管理软件设计
关键词: Visual Studio 2010；串口通信；VB.NET；波特率
The radiation alarm instrument PC management software based on VB.NET
Abstract: The radiation alarm host computer management software in Visual Studio 2010 development environment, using VB.NET programming language programming. Combined with the.NET Framework class libraries provide SerialPort class to write from a radiation alarm receiving the data sent the machine. To realize the collection, storage, print to MCU data, and then to store data analysis to achieve the purpose of alarm value of radiation. The PC management software mainly through serial communication with the computer data communication. The advantages of serial communication is not only simple lines and has long transmission distance, strong anti-jamming capability, flexible application. Computer serial communication with extensive application value in the data communication, fault detection, remote computer monitoring and other aspects, especially the serial communication under the Windows can make full use of the resource advantages of the Windows software, realizing multi-duties conditions of external data transmission, information collection and processing. With the development of computer communication technology matures, optimization of a wide range of applications running, and maintenance through the computer to control a machine. The radiation alarm instrument is such an application example, we can through the serial communication between PC and radiation to the communication alarm machine, set parameters and experimental data collection and preservation.
Keywords:Visual Studio 2010; Serial communication;VB.NET; Frequency
目 录
1 绪 论 1
1.1 课题研究背景 1
1.2 辐射报警仪上位机管理软件国内外研究现状 1
1.3 课题研究的目的和意义 2
2 开发语言与开发环境简介 3
2.1 VB.NET和.NET Framework 3
2.2 Visual Studio 2010 简介 3
3 串行通信 5
3.1 串口通信接口定义 5
3.2 串行通信协议 5
3.3 串行通信的基本参数 8
3.4 实现串行通信的方法 10
3.4.1 SerialPort类 11
3.4.2 SerialPort类使用 13
4 数据的处理 19
4.1 存取文件 19
4.1.1 文件的保存 19
4.1.2 文件的读取 20
4.2 打印文件 21
5 上位机软件界面的设计 25
6 上位机软件的调试 29
总 结 31
致 谢 32