Agent Based Queue Aware Scheduling for Reliable Distributed Multicore System

Abstract

The need for computational units has been increasing tremendously in the contemporary age of huge information synthesis and larger production demands from the consumer host computer. Once microgrids include multiple computational units' processors, we will ultimately need cognitive management and load balancing as different requirements for improving the speed of these kind of computers. Actually, in the implementation, the reliability featured system also embedded so that the entire architecture becomes robust and there is no transfer of load is happening to the non-reliable system. The identification of reliable and non-reliable nodes also performed with an efficient Magic Constant Value and it has been evaluated that the results shows that there is an increase in the True Reliable Rate (TRR) together the rice in the aggregate sites and false reliable rate (FRR) decreases with the increase in the number of sites in the distributed system.