Multi-site parallel applications consist of multiple distributed processes running on one or more potentially heterogeneous resources in different locations. This class of applications can effectively use the Grid for high-performance computing. We propose a multi-site job management system (MJMS) based on the Globus Toolkit, the MPICH-G2 library and Condor-G for the effective, reliable and secure execution of multi-site parallel applications in the Grid environment. This system allows the user to submit execution requests specifying application requirements and preferences in a high-level language (following Condor submit file syntax) freeing her from the tasks of resource discovery and co-allocation: it efficiently selects available computing resources for execution according to the application requirements and interacts with the local management systems through the Condor-G system.

Multi-site Jobs Management System (MJMS): A tool to manage multi-site MPI Applications Execution in Grid Environment

Gregoretti Francesco;Oliva Gennaro;
2006

Abstract

Multi-site parallel applications consist of multiple distributed processes running on one or more potentially heterogeneous resources in different locations. This class of applications can effectively use the Grid for high-performance computing. We propose a multi-site job management system (MJMS) based on the Globus Toolkit, the MPICH-G2 library and Condor-G for the effective, reliable and secure execution of multi-site parallel applications in the Grid environment. This system allows the user to submit execution requests specifying application requirements and preferences in a high-level language (following Condor submit file syntax) freeing her from the tasks of resource discovery and co-allocation: it efficiently selects available computing resources for execution according to the application requirements and interacts with the local management systems through the Condor-G system.
2006
Istituto di Calcolo e Reti ad Alte Prestazioni - ICAR
HPC
Grid
MPI
Multi-Site Applications
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/69999
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