User effects of a distributed dynamic scheme in PMIPv6 networks

Abstract

In this paper, in order for the signaling overhead to be distributed evenly on the boundary of the regional network, each MN's dynamic mobility and traffic load is adjusted according to the PMIPv6 (Proxy Mobile IPv6) networks in the proposed dynamic regional mobility management scheme (dMMS). Each user in a distributed network system, that offers the least amount of signaling traffic, is tailored to the optimized system configuration. Signaling cost function is used in order to propose a new discrete analytical model, based on the MN's mobility and packet arrival patterns. Location update and packet delivery costs are used to calculate the total average, and the optimized area to determine the size of the network is proposed. The results of the mathematical analysis and the proposed scheme, in terms of reducing the cost of the signaling, were found to have excellent performance.