Research on Admission Control of Wireless Mesh Networks Based on Game Theory

Feng-jun Shang, De-xiang He

Abstract


We study the admission control of regional resource allocation in heterogeneous wireless network. The blocking rate and the efficiency of the system based on the regional resource allocation in the case of high access are analyzed in this paper. We proposed the admission control theory model of the regional resource allocation in heterogeneous wireless mesh networks which based on the non-cooperative game theory. The regional resource allocation is defined as the theoretical distribution model of the bandwidth and the number of connections of mesh network resources. By constructing the utility function of network connection number, the existence and uniqueness of Nash equilibrium point in mesh resource allocation of non-cooperative game are demonstrated. Meanwhile, we analyse the blocking rate and system efficiency of the high traffic situation and a reliable admission control algorithm is proposed.


DOI
10.12783/dtetr/apetc2017/11300

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