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Adaptive Mobile Anchor Point Selection with Multi-objective Cooperation

  

  • Received:2012-10-29 Revised:2013-03-29 Published:2013-06-20
  • Contact: Ming TAO

Abstract: In HMIPv6 networks with the multi-level MAP architecture, selecting an optimal serving MAP for the mobile terminal to optimize the whole network performance remains a significant challenge. By analyzing and modeling the behavioral characteristics of the mobile terminals, mainly including the mobility characteristics and the service characteristics, the overall performance objective is determined. And then, by comprehensively taking the load balancing among the available upper-layer MAPs into account, an adaptive MAP selection strategy with multi-objective cooperation is proposed (A-MAP). Considering the proportional allocation of mobile terminals with different velocity, a set of experimental scenarios is elaborately designed based on the NS-2 network simulation platform, and three typical MAP selection strategies are selected for the comparison. The performance efficiencies of the proposed A-MAP on system cost, load balancing, and average handover latency is verified by adjusting the session arrival rate.

Key words: Computer application, HMIPv6, MAP, Behavioral Characteristics, Multi-objective cooperation

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