Add to ORKGEver since the grid was conceptualized, many attempts have been made to reveal the real essence of grid computing. These models have converged towards the notion of virtualization. This paper is aimed at analyzing the semantics of virtualization. It is shown that resource abstraction is necessary for harnessing numerous diverse distributed resources whereas user abstraction is required for realizing resource sharing. Resource and user abstraction together form the cornerstones of virtualization and define a clear separation between grids and other distributed systems
Platform virtualization helps solving major grid computing challenges: share resource with flexible,...
grid computing architecture and grid adoption models During recent years, we have witnessed a major ...
Processing of unmodified applications on distributed storage and compute resources can be achieved b...
Grid computing has enormous impact in the field of scientific research as well as in the realms of a...
This book therefore proposes a new philosophy of Grid usage: provide virtual computing environments ...
Abstract. New science in many important disciplines now requires complex, time-dependent access to d...
Abstract. Grid computing or meta-computing are research topics in distributed systems that provide a...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
Ian Foster’s What is The Grid ? paper gives the generally accepted definition of Grid and Grid compu...
Efficiently sharing resources between multiple applications that run on the same distributed infrast...
Ian Foster’s What is The Grid? paper gives the generally accepted definition of Grid and Grid comput...
This chapter introduces and puts in context Grids, Clouds, and Virtualization. Grids promised to del...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
“Grid ” computing has emerged as an important new field, distinguished from conventional distributed...
Platform virtualization helps solving major grid computing challenges: share resource with flexible,...
grid computing architecture and grid adoption models During recent years, we have witnessed a major ...
Processing of unmodified applications on distributed storage and compute resources can be achieved b...
Grid computing has enormous impact in the field of scientific research as well as in the realms of a...
This book therefore proposes a new philosophy of Grid usage: provide virtual computing environments ...
Abstract. New science in many important disciplines now requires complex, time-dependent access to d...
Abstract. Grid computing or meta-computing are research topics in distributed systems that provide a...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
Ian Foster’s What is The Grid ? paper gives the generally accepted definition of Grid and Grid compu...
Efficiently sharing resources between multiple applications that run on the same distributed infrast...
Ian Foster’s What is The Grid? paper gives the generally accepted definition of Grid and Grid comput...
This chapter introduces and puts in context Grids, Clouds, and Virtualization. Grids promised to del...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
Simple resource specification, resource selection, and effective binding are critical capabilities f...
“Grid ” computing has emerged as an important new field, distinguished from conventional distributed...
Platform virtualization helps solving major grid computing challenges: share resource with flexible,...
grid computing architecture and grid adoption models During recent years, we have witnessed a major ...
Processing of unmodified applications on distributed storage and compute resources can be achieved b...