Research Article
Advantages of Flow Bindings: an embedded mobile network use case
@INPROCEEDINGS{10.4108/weedev.2008.3090, author={Antoine Boutet and Benoit Le Texier and Julien Montavont and Nicolas Montavont and Guillaume Schreiner}, title={Advantages of Flow Bindings: an embedded mobile network use case}, proceedings={1st International ICST Workshop on Experimental Evaluation and Deployment Experiences on Vehicular networks}, publisher={ACM}, proceedings_a={WEEDEV}, year={2010}, month={5}, keywords={Next GenerationWirelessNetwork Testbeds IPv6Mobility NEMO Basic Support Flow Bindings embedded applications}, doi={10.4108/weedev.2008.3090} }- Antoine Boutet
Benoit Le Texier
Julien Montavont
Nicolas Montavont
Guillaume Schreiner
Year: 2010
Advantages of Flow Bindings: an embedded mobile network use case
WEEDEV
ICST
DOI: 10.4108/weedev.2008.3090
Abstract
This paper reports a demonstration of embedded communication systems on bicycles, and shows the advantages of Flow Bindings associated with the Network Mobility Basic Support (NEMO BS) protocol to distribute traffic along various paths. In June 2007 we demonstrated a new E-bike system by using the ANEMONE Mobile IPv6 testbed. In practice, three bicycles equipped with user terminals evolved on the university campus named Beaulieu in Rennes, France. All user terminals were connected to the IPv6 Internet via a mobile and multi-interfaced router with Network Mobility Basic Support protocol. This protocol included for the first time the Flow Bindings support in order to optimize the different network accesses. In this paper, we show why it is important to install flow policies on an embedded mobile network in order to distribute and filter applications according to the connectivity of the mobile network.
