GANESH: Grid Application Management and Enhanced Scheduling

Authors:
H.S. Bhatt;R.M. Patel;H.J. Kotecha;V.H. Patel;A. Dasgupta
Affiliations:
SAG/SITAA, SPACE APPLICATIONS CENTRE, INDIAN SPACE RESEARCH ORGANISATION, AHMEDABAD - 380 015, INDIA;SAG/SITAA, SPACE APPLICATIONS CENTRE, INDIAN SPACE RESEARCH ORGANISATION, AHMEDABAD - 380 015, INDIA;SAG/SITAA, SPACE APPLICATIONS CENTRE, INDIAN SPACE RESEARCH ORGANISATION, AHMEDABAD - 380 015, INDIA;SAG/SITAA, SPACE APPLICATIONS CENTRE, INDIAN SPACE RESEARCH ORGANISATION, AHMEDABAD - 380 015, INDIA;SAG/SITAA, SPACE APPLICATIONS CENTRE, INDIAN SPACE RESEARCH ORGANISATION, AHMEDABAD - 380 015, INDIA
Venue:
International Journal of High Performance Computing Applications
Year:
2007

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Abstract

Grid computing is emerging as the next generation computing environment. Various meta-computing and distributed computing environments are becoming grid compliant with the aim of achieving interoperability. We have developed a web-based development environment for distributed computing that supports heterogeneous resources and provides ease of use. We present herewith GANESH that achieves grid compliance using Globus and also extends features for added value. This paper describes GANESH architecture and its services, and explains its grid compliance and extended features. We also explain in this paper how and where it is interoperable with other environments.