Modeling and Evaluation for Proxy Mobile IPv6 Protocol

Authors

  • Ye Wang, Yanming Cheng, Xiaoyan Huang, Xiaolei Zhang, and Jang-Geun Ki Author

Keywords:

MIPv6, model, PMIPv6, simulation.

Abstract

This paper is addressed to develop a simulation 
node model to support the Proxy Mobile IPv6 (PMIPv6) 
protocol. The PMIPv6 related process node models were 
developed based on the Mobile IPv6 (MIPv6) process models by 
using simulation software, such as pmipv6_pmn.pr.m, 
pmipv6_mgr.pr.m and pmipv6_ra_gtwy.pr.m. In order to 
verify the developed process models, the several simulation 
scenarios were designed and constructed under the various 
traffic environments. In this paper, we provided two simulation 
scenarios: one is that the basic terminology of PMIPv6 network 
and the other is that comparison performance between MIPv6 
and PMIPv6 network. From the simulation results can be seen, 
the Local Mobility Anchor (LMA) manages and intercepts all 
data packets from CN to proxy_MN, and each Mobile Access 
Gateway (MAG) encapsulates and decapsulates all data packets 
from LMA or proxy_MN. Moreover, the packet network delay 
presented higher in MIPv6 scenario than in PMIPv6 network. 
In wireless Local Area Network (LAN) load evaluation 
performance, the packet size of PMIPv6 is lower than that of 
the MIPv6 by outer IPv6 header length in 40 bytes. It can be 
concluded that the developed simulation models for PMIPv6 
are logically correct and very useful to understand the 
fundamental features of mobility management in future 
networks.  

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Published

18.09.2014

How to Cite

Modeling and Evaluation for Proxy Mobile IPv6 Protocol. (2014). International Journal of Information and Electronics Engineering, 4(5), 398-402. https://ijiee.org/index.php/ijiee/article/view/547