论文标题
AMS实验的新监测接口
New Monitoring Interface for the AMS Experiment
论文作者
论文摘要
Alpha磁光谱仪（AMS）不断暴露于ISS上的恶劣条件。因此，有必要不断监视和执行调整，以确保AMS安全有效地运行。随着升级的跟踪器热泵系统的添加，传统监控界面不再适合使用。本文介绍了新的AMS监视接口（AMI）。 AMI是由最新的时间序列数据库和分析软件构建的。它使用自定义馈线程序作为时间序列数据点处理AMS原始数据，将其馈送到InfluxDB数据库中，并将Grafana用作可视化工具。它遵循现代设计原则，允许客户端CPU处理处理工作，AMI仪表板的分布式创建以及最新的安全协议。此外，它提供了一种更简单的方法来修改AMI并允许API自动化备份和同步。自2020年1月以来，新的AMI一直在使用，并且是19009年大流行期间远程转移的关键组成部分。
The Alpha Magnetic Spectrometer (AMS) is constantly exposed to harsh condition on the ISS. As such, there is a need to constantly monitor and perform adjustments to ensure the AMS operates safely and efficiently. With the addition of the Upgraded Tracker Thermal Pump System, the legacy monitoring interface was no longer suitable for use. This paper describes the new AMS Monitoring Interface (AMI). The AMI is built with state-of-the-art time series database and analytics software. It uses a custom feeder program to process AMS Raw Data as time series data points, feeds them into InfluxDB databases, and uses Grafana as a visualization tool. It follows modern design principles, allowing client CPUs to handle the processing work, distributed creation of AMI dashboards, and up-to-date security protocols. In addition, it offers a more simple way of modifying the AMI and allows the use of APIs to automate backup and synchronization. The new AMI has been in use since January 2020 and was a crucial component in remote shift taking during the COVID-19 pandemic.
