论文标题
Belle II探测器操作的档案机系统管理
Archiver System Management for Belle II Detector Operation
论文作者
论文摘要
Belle II实验是Superkekb电子峰值对撞机的高能物理实验。使用BELLE II数据,可以对罕见衰减和重型夸克和瘦素进行高精度测量,以探测新的物理学。在本文中,我们介绍了用于存储Belle II检测器的监视数据的档案系统,并特别讨论了如何维护该系统的监视过程变量。目前,我们节省了约26,000个变量,包括各种子检测器组件的温度,漏水传感器的状态,高压电源状态,数据采集状态以及碰撞光束的亮度信息。对于稳定的数据,必须收集和存档这些变量。我们确保子探测器和其他系统的所有变量的可用性和一致性,以及存档器本身的状态是一致的,并且定期更新。为了应对可能的硬件故障,我们准备了一个与主档案机同步的备用档案器。
The Belle II experiment is a high-energy physics experiment at the SuperKEKB electron-positron collider. Using Belle II data, high precision measurement of rare decays and CP-violation in heavy quarks and leptons can be performed to probe New Physics. In this paper, we present the archiver system used to store the monitoring data of the Belle II detector and discuss in particular how we maintain the system that archives the monitoring process variables of the subdetectors. We currently save about 26 thousand variables including the temperature of various subdetectors components, status of water leak sensors, high voltage power supply status, data acquisition status, and luminosity information of the colliding beams. For stable data taking, it is essential to collect and archive these variables. We ensure the availability and consistency of all the variables from the subdetector and other systems, as well as the status of the archiver itself are consistent and regularly updated. To cope with a possible hardware failure, we prepared a backup archiver that is synchronized with the main archiver.