ABSTRACT
During recent years, we have witnessed
a major paradigm shift in distributed
computing principles, with a focus
towards service orientation, open
standards integration, collaboration, and
virtualization. “Grid” computing has
emerged as an important new field,
distinguished from conventional
distributed computing by its focus on
large-scale resource sharing, innovative
applications, and, in some cases, highperformance
orientation. In this paper,
we focus our analysis on this evolution
and the significance of achieving some
form of standardization of grid
computing architecture principles.
a major paradigm shift in distributed
computing principles, with a focus
towards service orientation, open
standards integration, collaboration, and
virtualization. “Grid” computing has
emerged as an important new field,
distinguished from conventional
distributed computing by its focus on
large-scale resource sharing, innovative
applications, and, in some cases, highperformance
orientation. In this paper,
we focus our analysis on this evolution
and the significance of achieving some
form of standardization of grid
computing architecture principles.
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