Distributed Hybrid Fault Tolerant Model with Fault Recovery for Mobile Grid Bharathi S Kavitha*, Dr. Vegataasalam S** *Assistant Professor, Department of Computer Applications, Kongu Engineering College, Perundurai, India **Associate Professor, Department of Mathematics, Kongu Engineering College, Perundurai, India Online published on 14 October, 2016. Abstract This paper proposes a distributed hybrid fault tolerant model for mobile grid systems. It consists of proactive and reactive fault tolerant approaches. Before resource allocation, all the jobs are sorted and assigned to different level based on precedence. The reliability and failure probability of each resource is estimated. In case of proactive approach, the high priority jobs are assigned to the resources with high reliabilities. In reactive approach, a backup node with low failure probability will have the replica of jobs assigned for the resources with high failure probability. If a failure is detected in the primary resource, the backup resource will perform failure recovery by executing the remaining job. Top |
|
Access denied
Your current subscription does not entitle you to view this content or Abstract is unavailable, the access to full-text of this Article/Journal has been denied. For Information regarding subscription please click here.
For a comprehensive list of other publications available on IJour.net please click here
or, You can subscribe other items from IJour.net (Click here to see other items list.)
Top