物联网技术在现代加速器中的应用研究

In general, modern accelerator is complex facility which consists of many systems and a large amount of equipments such as magnets,power supplies,RF and vacuum and so on. The various equipments and cables are placed dispersedly with a long distance. During construction and installation as well as running of the acceletaor, a huge number of data and information related to these equipments are created. So,it's very important for a lare accelerator to collect and save and manage such large data. This project will use Internet of Things technology to construct a universal information platform for the connection and relationship of the accelerator equipments and the devices. The goal is to automaticly track the information of the accelerator equipments and devices as well as the cables. This will open up an intelligent information channel for the design and the construction and the installation and the running of the future acclerator. So, this project has important research significance with a large application prospect.

现代加速器是一个由很多分系统和大量的元件如磁铁、电源、高频、真空设备等组成的、复杂的加速器装置。组成的元件和设备及线缆种类繁多，分散放置，彼此距离远。在加速器设计、建造、调试中这些元件会产生数以万计的数据，对如此多的数据和信息的收集、存储、管理对于一个大型加速器系统尤其重要。本项目致力于采用物联网技术，构建一个加速器元件及设备等的互联互通的通用信息平台，通过被监测信号自动跟踪定位加速器元件和设备及线缆的位置和装配及维修等信息，为未来加速器的设计、建造、安装调试和运行开辟一条智能化的信息渠道。因此，本项目有着非常重要的研究意义，应用前景非常远大。

本项目致力于采用物联网技术，在国内外加速器控制系统中首次引入物联网的概念，物物相连，人物相连，互联互通，构建一个加速器元件及设备等的互联互通的通用信息平台，通过被监测信号自动跟踪定位加速器元件和设备及线缆的位置和装配及维修等信息，为未来加速器的设计、建造、安装调试和运行开辟一条智能化的信息渠道。因此，本项目有着非常重要的研究意义，应用前景非常远大。