Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks

Associated organisational unit

Security Lancaster (Systems Security)

Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSN › Conference contribution/Paper › peer-review

Published

Standard

Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks. / Metaxas, G.; Hutchison, David ; Race, Nicholas J. P.
Proceedings of International Conference of Wireless Information Networks and Systems (WinSys ’06). 2006.

Research output: Contribution in Book/Report/Proceedings - With ISBN/ISSN › Conference contribution/Paper › peer-review

Harvard

Metaxas, G, Hutchison, D & Race, NJP 2006, Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks. in Proceedings of International Conference of Wireless Information Networks and Systems (WinSys ’06). <http://www.winsys.icete.org/Abstracts/2006/WINSYS_2006_Abstracts.htm>

APA

Metaxas, G., Hutchison, D., & Race, N. J. P. (2006). Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks. In Proceedings of International Conference of Wireless Information Networks and Systems (WinSys ’06) http://www.winsys.icete.org/Abstracts/2006/WINSYS_2006_Abstracts.htm

Vancouver

Metaxas G, Hutchison D , Race NJP. Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks. In Proceedings of International Conference of Wireless Information Networks and Systems (WinSys ’06). 2006

Author

Metaxas, G. ; Hutchison, David ; Race, Nicholas J. P. / Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks. Proceedings of International Conference of Wireless Information Networks and Systems (WinSys ’06). 2006.

Bibtex

@inproceedings{ee3859dc0dd54eb0ba4dd548c9da81b3,

title = "Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks",

abstract = "Densely populated urban environments provide unique nomadic movement patterns. People tend to move in groups across predefined paths, with low intra-group movement, giving rise to Nomadic Ad hoc Networks (NANETs). NANETs, which are a constrained subset of Mobile Ad hoc Networks (MANETs) in terms of mobility, are sufficiently dynamic in nature to present significant challenges in the design of even the most common tasks such as packet routing or name resolution. An intriguing issue relates to the automatic configuration of IP addresses to constituent nodes that will allow data exchange. The underlying physical group structure can be utilised in the network layer as a basis for an address autoconfiguration mechanism, which would yield low and localised signalling traffic overhead coupled with a subnet optimisation. This paper discusses the AALM IPv6 address autoconfiguration mechanism, developed to provide the aforementioned characteristics.",

author = "G. Metaxas and David Hutchison and Race, {Nicholas J. P.}",

year = "2006",

month = aug,

language = "English",

booktitle = "Proceedings of International Conference of Wireless Information Networks and Systems (WinSys {\textquoteright}06)",

}

RIS

TY - GEN

T1 - Localised Ad Hoc Address Autoconfiguration via Clustering in Nomadic As Hoc Networks

AU - Metaxas, G.

AU - Hutchison, David

AU - Race, Nicholas J. P.

PY - 2006/8

Y1 - 2006/8

N2 - Densely populated urban environments provide unique nomadic movement patterns. People tend to move in groups across predefined paths, with low intra-group movement, giving rise to Nomadic Ad hoc Networks (NANETs). NANETs, which are a constrained subset of Mobile Ad hoc Networks (MANETs) in terms of mobility, are sufficiently dynamic in nature to present significant challenges in the design of even the most common tasks such as packet routing or name resolution. An intriguing issue relates to the automatic configuration of IP addresses to constituent nodes that will allow data exchange. The underlying physical group structure can be utilised in the network layer as a basis for an address autoconfiguration mechanism, which would yield low and localised signalling traffic overhead coupled with a subnet optimisation. This paper discusses the AALM IPv6 address autoconfiguration mechanism, developed to provide the aforementioned characteristics.

AB - Densely populated urban environments provide unique nomadic movement patterns. People tend to move in groups across predefined paths, with low intra-group movement, giving rise to Nomadic Ad hoc Networks (NANETs). NANETs, which are a constrained subset of Mobile Ad hoc Networks (MANETs) in terms of mobility, are sufficiently dynamic in nature to present significant challenges in the design of even the most common tasks such as packet routing or name resolution. An intriguing issue relates to the automatic configuration of IP addresses to constituent nodes that will allow data exchange. The underlying physical group structure can be utilised in the network layer as a basis for an address autoconfiguration mechanism, which would yield low and localised signalling traffic overhead coupled with a subnet optimisation. This paper discusses the AALM IPv6 address autoconfiguration mechanism, developed to provide the aforementioned characteristics.

M3 - Conference contribution/Paper

BT - Proceedings of International Conference of Wireless Information Networks and Systems (WinSys ’06)

ER -

Research

Associated organisational unit

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