Abstract:
The Always Best Connected (ABC) is a complex trend in 4G wireless and mobile communication systems. The ABC solutions have been providing multi-access to one terminal that moves between different networks. The end user has more than one interface that is capable to connect to the network. However, Vehicle in IPv6 network may consist of interfaces such as cellular phone, notebook computer, PDAs, cameras, game devices and Bluetooth technology. The complexity of the network during connectivity of multiple terminals may leads to Fault-Tolerance/Redundancy, Load-Sharing and Policy based routing protocol. The non-availability of the interface by users during deployment poses the major challenges with IPv6 in-vehicle network. Fault-Tolerance and Redundancy are critical when the Mobile Network maintains at least one connection to the Internet, connectivity for all mobile nodes is guaranteed. Policy based routing protocol for mobility in IPv6 network was developed in the study. The Policy based routing protocol was used to investigate on how to provide available interface for an uninterrupted services for resource management. The study provides the evaluation of the developed solution to manage IPv6 in-vehicle networks. Network Simulator using NS-2 with mobiiWan patch was used in conducting the experiment. Performance evaluation of end to end delay and average end to end delay was measured during the simulation.
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