ITR: Deploying the LIGO Data Grid; Grid-enabling the Gravitational Wave Analysis Community

该ITR-Medium奖项支持部署启用网格的LIGO(激光干涉仪引力波天文台)数据分析环境。在LIGO准备对引力波天体物理领域的第一批数据进行开创性分析时，LIGO合作采用了网格范例来满足其计算需求。该研究计划解决了使用Globus包对LIGO的计算资源进行身份验证和安全访问的相关问题。它还提供了在地理上分散的LIGO数据分析资源和社区之间分发和共享LIGO海量数据的工具和基础设施。最后，它将网格服务集成到一个主要控制室类型的数据分析环境DMT(数据监控工具)中，从而使其作为基于网格的应用程序可供更广泛的LIGO社区使用。本研究将网格概念从原型阶段带入实际部署阶段，并用于大型科学实验。这一研究经验和由此产生的产品将对整个网格和信息技术倡议以及GriPhyN和iVDGL网格开发项目内正在进行的工作具有广泛的相关性。许多交付的组件将足够通用，可供其他大型数据分析项目使用和使用。

This ITR-Medium award supports the deployment of a Grid-enabled LIGO (Laser Interferometer Gravitational wave Observatory) Data Analysis environment. The Grid paradigm has been adopted by the LIGO collaboration to address its computational needs as it prepares to conduct groundbreaking analyses of its first data in the field of gravitational wave astrophysics. The research program addresses issues relating to the authentication and secure access to LIGO's computational resources using the Globus package. It also provides the tools and the infrastructure for distributing and sharing LIGO's large volume of data across the geographically distributed LIGO data analysis resources and community. Finally, it incorporates Grid services to a primarily control-room type data analysis environment called DMT (Data Monitoring Tool) thus making it available to the wider LIGO community as a Grid-based application.This research takes the Grid concept from a prototype stage to real deployment and every day use for a large scientific experiment. This research experience and the products delivered from it will have broad relevance to the overall Grid and Information Technology initiative as well as to on-going work within the GriPhyN and iVDGL Grid development projects. Many of the delivered components will be sufficiently generic to be of use and interest to other large data analysis projects.