A dynamic scheduling algorithm for MMOG based on P2P network

Mobile agent brings new problems about real-time scheduling in P2P MMOG. This paper proposes a dynamic priority-variation scheduling algorithm which can schedule the players´ tasks dynamically according to the trusted degree of agent service, the CPU usage of agent service in the player´s computer, the network traffic of the player´s computer and the task delay time in the scheduling queue. The simulation results show that this algorithm meets the real-time demand in MMOG, shortens the system delay time, and solves the problem about load balance in P2P MMOG.