FNDAM: A Fault Tolerance network aware double auction meta-scheduler for grid

Grid technology can integrate distributed resources in geographical latitude for a special application. Since users need increasingly to grid services with high quality, resource management and scheduling methods should try to fulfill competent order on the limited resources well. One of the suggested methods for grid resource and scheduling management is economical method, which is well noticed. Goal of economical models is providing services with higher quality for customers and creating motive for resource owners to participate in the grid. Customer consent is the result of a valid economical model and this causes they relegate more works to the grid for execution. This cause more benefit for providers, then they can provide more resources for grid. In this paper, we propose a new meta-scheduler that does scheduling by Fault Tolerance in the network. Then the proposed meta-scheduler will be compared with that which does not consider faults.