Significantly Load Divination and Multiple Processor Support for Manipulation of Resources

It is generally difficult for a system to ensure load symmetry and resource constraints at a time. When we deal with the resources such as CPU and memory in the task related with real time it is very complicated process of manipulation of resources in multiple processor systems. In simple word resource scheduling and manipulation is a key problem in multiprocessor system. To solve this problem a phenomenon of load symmetry and divination is discussed to integrate and manage resources in multiprocessor system in this paper. This phenomenon significantly predicts the wait time before a packet to be processed based on the load of the processor and the timestamp of the packet. We use simulation experiment to present that the phenomenon can decrease the possibility of packets delay and increase the concurrency of flows that the system can serve easily. It also deduces about migration of packet between processors to guarantee that the packets can be processed before time. This phenomenon increases utilization of multiple processors and also build up the capacity of system to face difficulties occurred in packet migration between processors.