Reliable Resource Allocation for Energy Constrained Mobile Grid Systems

In this paper, we have proposed an reliable resource allocation algorithm for energy constrained mobile grid environment. In resource selection phase, nodes are chosen according to their connectivity and residual energy. The users mobility patterns are analyzed by the predicting the nodes prevailing time in the network. In view of avoiding task failure due to fault selection of nodes grid service reliability is analysed using reliability of matchmaking process. In resource allocation phase, optimization mechanism is applied for reducing the energy consumption and improving the application utility using a utility function. This represents the total utility of mobile grid systems that considers energy, processing power and bandwidth which does not exceed the available energy budget, resource capacity, deadline, and expense budget.