A Game Analysis for Channel Allocation in Adhoc Networks

Abstract

A New Novel game is defined for channel allocation using Coalition-Proof  and Nash equilibrium in Adhoc Networks. It is a game analytical model for channel allocation theoretically in wireless adhoc networks. A hierarchical strategy is used for static or dynamic channel allocation to involve both cooperative and non-cooperative games to gain the best date data rates throughout the communication in multihopadhoc network. This Algorithm uses MMCPNE to achieve the high data rates among all sessions. The system throughput increases with this novel technique and can be extended to wireless sensor networks. The novel game using NE is good among all sessions in terms of data rates and efficiency.