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基于多线程技术的天线实时测量系统
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基于多线程技术的天线实时测量系统
内容简介:建立了一套基于多线程技术的天线实时测量系统。实时测量系统具有很高的实时性要求,多线程技术以其能同时执行多项任务、最大程度利用多处理器性能的独特优点很好地满足了这一要求。系统软件用户界面可以完成所有测量参数的输入和设置并及时响应用户操作,除此线程外建立额外的工作者线程实现其他功能的并行工作,提高系统实时性,在用户界面实时更新显示仪器的运行状态和系统的测量进度以供用户了解系统状态,同时对测量数据进行实时地读取和保存,便于后期的进一步处理和研究。
Abstract: An antenna real?time measuring system based on multithreading technology was established,which has high de?mand of real?time. Multithreading technology with its unique advantages can well meet the need ,which can carry out multi?tasks concurrently and make full use of the performance of multiprocessor. All measured parameters could be inpu into the sy?etem software UI,and the UI would respond the user operation timely. In addition to this thread,extra worker threads could be created to make additional functions work in parallel,thus the real?time of the system is increased. The running status of the in?struments and the measuring progress of the system is updated and displayed in real?time on the UI so as to show the system sta?tus to users. At the same time,the measuring data is read and saved in real?time for further dispose and research in the future.
作者:韩旭, 韦高, 李瑞阳, 符礼,
关键词:多线程技术, 天线, 实时测量系统, 用户界面, 并行工作,
内容简介:建立了一套基于多线程技术的天线实时测量系统。实时测量系统具有很高的实时性要求,多线程技术以其能同时执行多项任务、最大程度利用多处理器性能的独特优点很好地满足了这一要求。系统软件用户界面可以完成所有测量参数的输入和设置并及时响应用户操作,除此线程外建立额外的工作者线程实现其他功能的并行工作,提高系统实时性,在用户界面实时更新显示仪器的运行状态和系统的测量进度以供用户了解系统状态,同时对测量数据进行实时地读取和保存,便于后期的进一步处理和研究。
Abstract: An antenna real?time measuring system based on multithreading technology was established,which has high de?mand of real?time. Multithreading technology with its unique advantages can well meet the need ,which can carry out multi?tasks concurrently and make full use of the performance of multiprocessor. All measured parameters could be inpu into the sy?etem software UI,and the UI would respond the user operation timely. In addition to this thread,extra worker threads could be created to make additional functions work in parallel,thus the real?time of the system is increased. The running status of the in?struments and the measuring progress of the system is updated and displayed in real?time on the UI so as to show the system sta?tus to users. At the same time,the measuring data is read and saved in real?time for further dispose and research in the future.
作者:韩旭, 韦高, 李瑞阳, 符礼,
关键词:多线程技术, 天线, 实时测量系统, 用户界面, 并行工作,
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