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First Operational Experience With a High-Energy Physics Run Control System Based on Web Technologies

机译:基于Web技术的高能物理运行控制系统的首次运行经验

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摘要

Run control systems of modern high-energy particle physics experiments have requirements similar to those of today's Internet applications. The Compact Muon Solenoid (CMS) collaboration at CERN's Large Hadron Collider (LHC) therefore decided to build the run control system for its detector based on web technologies. The system is composed of Java Web Applications distributed over a set of Apache Tomcat servlet containers that connect to a database back-end. Users interact with the system through a web browser. The present paper reports on the successful scaling of the system from a small test setup to the production data acquisition system that comprises around 10.000 applications running on a cluster of about 1600 hosts. We report on operational aspects during the first phase of operation with colliding beams including performance, stability, integration with the CMS Detector Control System and tools to guide the operator.
机译:现代高能粒子物理实验的运行控制系统的要求类似于当今的Internet应用程序。因此,CERN的大型强子对撞机(LHC)的紧凑型Muon螺线管(CMS)合作决定基于网络技术为其探测器构建运行控制系统。该系统由分布在一组Apache Tomcat servlet容器上的Java Web应用程序组成,这些容器连接到数据库后端。用户通过Web浏览器与系统交互。本白皮书报告了该系统从小型测试设置到生产数据采集系统的成功扩展,该系统包括在大约1600台主机的群集上运行的大约10.000个应用程序。我们在操作的第一阶段报告碰撞方面的问题,包括性能,稳定性,与CMS检测器控制系统的集成以及用于指导操作员的工具。

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