地球系统模型网格环境原型

I. Epicoco, M. Mirto, S. Mocavero, G. Aloisio
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引用次数: 1

摘要

在欧盟is - enes项目中,需要部署电子基础设施,为气候科学家提供有效的虚拟接近分布式数据和分布式计算资源。这个基础设施的接入点由虚拟地球系统建模资源中心(v.E.R.C)门户网站表示。它允许地球系统模型(ESM)科学家运行复杂的分布式工作流程来执行ESM实验和访问ESM数据。该工作描述了用于运行多模型集成实验的网格原型环境的部署。考虑到现有的网格基础设施和服务,这个网格原型的设计是由建立一个框架的必要性所主导的,该框架利用了欧洲HPC生态系统中提供的外部服务,例如DEISA, PRACE。该原型允许利用高级网格服务,即GRB服务,由意大利Salento大学开发,以及Globus Toolkit中间件提供的用于提交和监视集成运行的基本网格服务。原型机已经部署到三个地点:CMCC、DKRZ和BSC。本文以ccc - ingv开发的全球海洋-大气耦合环流模式(AOGCM) HRT159为例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Prototype of grid environment for earth system models
Within the EU IS-ENES project, the deployment of an e-infrastructure providing climate scientists with an efficient virtual proximity to distributed data and distributed computing resources is required. The access point of this infrastructure is represented by the v.E.R.C. (virtual Earth system modelling Resource Centre) web portal. It allows the Earth System Models (ESMs) scientists to run complex distributed workflows for executing ESM experiments and accessing to ESM data. The work describes the deployment of a grid prototype environment for running multi-model ensembles experiments. Considering existing grid infrastructures and services, the design of this grid prototype has been lead by the necessity to build a framework that leverage the external services offered within the European HPC ecosystem, e.g. DEISA, PRACE. The prototype allows exploiting advanced grid services, namely GRB services, developed at the University of Salento, Italy, and basic grid services offered by the Globus Toolkit middleware for submitting and monitoring the ensemble runs. The prototype has been deployed involving three sites: CMCC, DKRZ and BSC. A case study related to the HRT159, a global coupled ocean-atmosphere general circulation model (AOGCM) developed by CMCC-INGV, has been considered.
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