Low-complexity energy-efficient broadcasting in wireless ad-hoc networks using network coding. Widmer, J., Fragouli, C., & Le Boudec, J. 1st Network Coding Workshop, 2005. abstract bibtex Energy efficiency, i.e., the amount of battery energy consumed to transmit bits across a wireless link, is a critical design parameter for wireless ad-hoc networks. This paper examines the problem of broadcasting information to all nodes in an ad-hoc network, when a large percentage of the nodes act as sources. For this application, we theoretically quantify the energy savings that network coding can offer in the cases of a line network and a rectangular grid network. We then propose low-complexity distributed algorithms, and demonstrate through simulation that in practice, for random networks, network coding can in fact offer significant benefits in terms of energy consumption.
@article{widmer_low-complexity_2005,
abstract = {Energy efficiency, i.e., the amount of battery energy consumed to transmit bits across a wireless link, is a critical design parameter for wireless ad-hoc networks. This paper examines the problem of broadcasting information to all nodes in an ad-hoc network, when a large percentage of the nodes act as sources. For this application, we theoretically quantify the energy savings that network coding can offer in the cases of a line network and a rectangular grid network. We then propose low-complexity distributed algorithms, and demonstrate through simulation that in practice, for random networks, network coding can in fact offer significant benefits in terms of energy consumption.},
type={4},
author = {Widmer, J. and Fragouli, C. and Le Boudec, J.-Y.},
journal = {1st Network Coding Workshop},
tags = {network_coding,wireless},
title = {Low-complexity energy-efficient broadcasting in wireless ad-hoc networks using network coding},
year = {2005}
}
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