用SAMGrid重新处理D0数据

F. Villeneuve-Séguier
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引用次数: 1

摘要

DOslash实验在费米实验室的Tevatron对撞机上研究质子-反质子碰撞。重新处理、管理和分发来自探测器的大量真实数据以及生成足够的蒙特卡罗数据是DOslash合作面临的一些挑战。SAMGrid将SAM数据处理系统与必要的作业和信息管理相结合,使我们能够在各种全球计算中心中使用分布式计算资源。这是在高能物理领域的第一个大规模网格应用之一(特别是当我们使用真实数据时)。在2003/04年冬季成功的蒙特卡罗生产和有限的数据再处理之后,下一个里程碑将是在今年秋冬之前对全部当前数据集进行再处理。它包含约500tb的数据,包含10亿个事件
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Reprocessing D0 Data with SAMGrid
The DOslash experiment studies proton-antiproton collisions at the Tevatron collider based at Fermilab. Reprocessing, managing and distributing the large amount of real data coming from the detector as well as generating sufficient Monte Carlo data are some of the challenges faced by the DOslash collaboration. SAMGrid combines the SAM data handling system with the necessary job and information management allowing us to use the distributed computing resources in the various worldwide computing centers. This is one of the first large scale grid applications in high energy physics (in particular as we are using real data). After successful Monte Carlo production and a limited data reprocessing in the winter of 2003/04, the next milestone will be the reprocessing of the full current data set by this autumn/winter. It consists of ~500 TB of data, encompassing one billion events
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