摘要：Recently,wireless network technologies were designed for most of the applications.Congestion raised in the wireless network degrades the performance and reduces the throughput.Congestion-free network is quit essential in the transport layer to prevent performance degradation in a wireless network.Game theory is a branch of applied mathematics and applied sciences that used in wireless network,political science,biology,computer science,philosophy and economics.The great challenges of wireless network are their congestion by various factors.Effective congestion-free alternate path routing is pretty essential to increase network performance.Stackelberg game theory model is currently employed as an effective tool to design and formulate congestion issues in wireless networks.This work uses a Stackelberg game to design alternate path model to avoid congestion.In this game,leaders and followers are selected to select an alternate routing path.The correlated equilibrium is used in Stackelberg game for making better decision between non-cooperation and cooperation.Congestion was continuously monitored to increase the throughput in the network.Simulation results show that the proposed scheme could extensively improve the network performance by reducing congestion with the help of Stackelberg game and thereby enhance throughput.
关键词：Congestion;correlated equilibrium;Stackelberg game theory;wireless networks
