D. Galli, F. Bonifazi, A. Carbone, C. Gaspar, D. Gregori, U. Marconi, G. Peco, V. Vagnoni, E. van Herwijnen
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引用次数: 0
摘要
欧洲核子研究中心的LHCb实验将拥有一个由多达2000台计算机组成的在线触发场。为了监测和控制每台PC机并监督农场的整体状态,开发了一个农场监测和控制系统(FMC)。FMC基于分布式信息管理系统(DIM)作为网络通信层,可通过命令行界面和PVSS (Prozessvisualisierung und Steuerung)图形界面进行访问,并与LHCb实验控制系统(ECS)的有限状态机(FSM)接口,实现对异常农场状况的管理。FMC是ECS的一个组成部分,负责监测和控制所有在线组件;它使用相同的工具(DIM, PVSS, FSM等),以保证其完全集成和连贯的外观和感觉贯穿整个控制系统。
The LHCb experiment at CERN will have an online trigger farm composed of up to 2000 PCs. In order to monitor and control each PC and to supervise the overall status of the farm, a Farm Monitoring and Control System (FMC) was developed. The FMC is based on DIM (Distributed Information Management System) as network communication layer, it is accessible both through a command line interface and through the PVSS (Prozessvisualisierung und Steuerung) graphical interface, and it is interfaced to the Finite State Machine (FSM) of the LHCb Experiment Control System (ECS) in order to manage anomalous farm conditions. The FMC is an integral part of the ECS, which is in charge of monitoring and controlling all on-line components; it uses the same tools (DIM, PVSS, FSM, etc.) to guarantee its complete integration and a coherent look and feel throughout the whole control system.