Abstract — Grid computing is a means of allocating the computational power of a large number of computers to complex difficult computation or problem. Grid computing is a distributed computing paradigm that differs from traditional distributed computing in that it is aimed toward large scale systems that even span organizational boundaries. We propose a novel method to achieve maximum fault tolerance in the Grid environment system by using Reliability consideration. I
Because of computational grid heterogeneity, scale and complexity, faults become likely. Therefore, ...
Grid applications run on environment that is prone to different kinds of failures. Fault tolerance i...
Abstract—The GridRPC model is well suited for high per-formance computing on grids thanks to efficie...
Abstract- In grid computing, resources are used outside the boundary of organizations and it becomes...
International Journal of Grid Computing & Applications (IJGCA) ISSN : 0976-9404 [Online]; 2229-3949 ...
Grid systems have proved to be one of the most important new alternatives to face challenging proble...
We have to briefly investigate the faulty objects in grid computing environment. The grid computing ...
computational grid. In this Paper, We Revisit widely cited Fault Tolerance in computational grid. We...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
We view the design of fault-tolerant computing systems as an engineering endeavor. As such, this ac...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
Abstract — Within the last few years, smart grid has been one of major trends in the electric power ...
Grid computing uses massive power of idle cycles of PC's.Desktop grids is nothing using the idl...
Grid computing removes the limitations that exist in traditional shared computing environment, and b...
Failure in long running grid applications is arguably in- evitable and costly. Therefore, fault tole...
Because of computational grid heterogeneity, scale and complexity, faults become likely. Therefore, ...
Grid applications run on environment that is prone to different kinds of failures. Fault tolerance i...
Abstract—The GridRPC model is well suited for high per-formance computing on grids thanks to efficie...
Abstract- In grid computing, resources are used outside the boundary of organizations and it becomes...
International Journal of Grid Computing & Applications (IJGCA) ISSN : 0976-9404 [Online]; 2229-3949 ...
Grid systems have proved to be one of the most important new alternatives to face challenging proble...
We have to briefly investigate the faulty objects in grid computing environment. The grid computing ...
computational grid. In this Paper, We Revisit widely cited Fault Tolerance in computational grid. We...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
We view the design of fault-tolerant computing systems as an engineering endeavor. As such, this ac...
Thanks to the Grid, users have access to computing resources distributed all over the world. The Gri...
Abstract — Within the last few years, smart grid has been one of major trends in the electric power ...
Grid computing uses massive power of idle cycles of PC's.Desktop grids is nothing using the idl...
Grid computing removes the limitations that exist in traditional shared computing environment, and b...
Failure in long running grid applications is arguably in- evitable and costly. Therefore, fault tole...
Because of computational grid heterogeneity, scale and complexity, faults become likely. Therefore, ...
Grid applications run on environment that is prone to different kinds of failures. Fault tolerance i...
Abstract—The GridRPC model is well suited for high per-formance computing on grids thanks to efficie...