@conference{2011Koester,
author = "K{\"o}ster, Volker and Dorn, Dennis and Lewandowski, Andreas and Wietfeld, Christian",
abstract = "Industrial applications of IEEE 802.15.4 networks require autonomous
	network reconfiguration and high mobility support. Therefore, dynamic
	meshing in case of node failures or changing environmental influences
	is needed as well as handover strategies when nodes change network
	domains. Recently a growing number of low rated, low power sensor
	nodes are deployed within Wireless Sensor Networks (WSN) to support
	e.g. data acquisition and transmission. However, due to the sheer
	amount of application scenarios, standardization process did not
	address a potential coexistence of such nodes together with other
	standards or nodes classes (i.e. laptops) respectively. This results
	in a challenging parallel deployment of these technologies in networks
	that have evolved over time. Therefore, this work focuses on a mobility
	management to combine micro and macro mobility aspects in form of
	mobile ad hoc network (MANET) protocols and Mobile Internet Protocol
	Version 6 (MIPv6) without changing the original MIPv6 stack. In addition
	to that the application of 6LoWPAN is addressed to make efficient
	data transmission feasible within embedded devices by IPv6 header
	compression which increases resulting payloads significantly. Finally,
	our approach is validated within a real world industrial Simulation
	environment by combining the protocol simulator OMNeT++ with a ray
	tracing tool.",
address = "San Francisco, CA, USA",
booktitle = "74th IEEE Vehicular Technology Conference",
keywords = "MANET, MIPv6, macro mobililty, micro mobility, 6LoWPAN",
month = "September",
publisher = "IEEE",
title = "{A} novel approach for combining {M}icro and {M}acro {M}obility in	6{L}o{WPAN} enabled {N}etworks",
year = "2011",
}