The effective and efficient computing resource allocation, leveraging on a flexible, but straightforward to deploy, configure and use matchmaking tool, is a key component in the grand challenge of realistic, high resolution and computing time affordable environmental simulations and forecasts. With the aim of building a computing environmental science virtual laboratory, we developed a suite of Globus Toolkit 4 based web services to implement an interoperable service oriented architecture integrating matchmaking and resource broking, workflow management, data and metadata advertisement and instruments integration
A grid computing based virtual laboratory for environmental simulations / Montella, Raffaele; Giunta, Giulio; Laccetti, Giuliano. - 4967 LNCS:(2008), pp. 951-960. [10.1007/978-3-540-68111-3_101]
A grid computing based virtual laboratory for environmental simulations
Laccetti Giuliano
2008
Abstract
The effective and efficient computing resource allocation, leveraging on a flexible, but straightforward to deploy, configure and use matchmaking tool, is a key component in the grand challenge of realistic, high resolution and computing time affordable environmental simulations and forecasts. With the aim of building a computing environmental science virtual laboratory, we developed a suite of Globus Toolkit 4 based web services to implement an interoperable service oriented architecture integrating matchmaking and resource broking, workflow management, data and metadata advertisement and instruments integrationI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
