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Proceedings Article: BibTeX citation key:  Koltsidasa
G. Koltsidas, F.-N. Pavlidou, K. Kuladinithi, A. Timm-Giel and C. Görg, "Investigating the Performance of a Multipath DYMO Protocol for Ad-Hoc Networks" in PIMRC 2007, 2007,
Added by: Markus Becker 2007-08-10 16:50:41    Last edited by: Andreas Nawroth 2010-04-08 15:41:37
 B 
Categories: AG-Görg, AK, Contribution to conferences-reviewed, IKOM, wearIT@work, [ old ---- Adaptive Kommunikation --- old ]
Keywords: wearit
Creators: Görg, Koltsidas, Kuladinithi, Pavlidou, Timm-Giel
Collection: PIMRC 2007

Number of views:  934
Popularity index:  39.63%

 
Abstract
An ad-hoc network is a network whose particular characteristics include absence of any kind of infrastructure, dynamic topology and limited resources. Up to day, several routing protocols have been proposed to face such a hostile environment. These solutions usually provide to the sources of data flows with single valid paths towards their destinations. However, it has been proven that maintaining multiple paths can be favorable to the network, either using the paths at the same time (for load balancing) or using an alternative path, when the primary one fails. It is also a way to meet the Quality of Service requirements demanded by some particular applications. In this paper, we propose a novel routing mechanism based on Dynamic MANET On-demand (DYMO) routing protocol, in order to enable the establishment of more than one node disjoint routes towards the same destination. Simulation results show that there is a significant gain in end-to-end delay for data packets and a reduction in the number of the transmitted routing packets.
Added by: Markus Becker    Last edited by: Andreas Nawroth

 
Type
Publised on a CD (6 pages)
Added by: Martina Kammann    Last edited by: Andreas Nawroth

 
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