Journal of Communications and Networks · 2008 · 39 citations · 19 references
ComputingComputer EngineeringComputer SystemsComputer NetworksLow-power DesignMobile ComputingChannel CodingCoding TheoryEnergy-efficient Mobile ComputingError-correcting CodesMobile CommunicationMobile NetworksArithmetic CodingEnergy ConsumptionEnergy Efficiency In Mobile NetworksEnergy-efficient Communication ProtocolsEnergy-efficient Data TransmissionEnergy-efficient NetworkingNetwork Coding
Energy consumption has been mostly neglected in network coding (NC) research so far. This work investigates several different properties of NC that influence the energy consumption and thus are important when designing NC systems for battery-driven devices. Different approaches to the necessary implementation of coding operations and Galois fields arithmetic are considered and complexity expressions for coding operations are provided. We also benchmark our own mobile phone implementation on a Nokia N95 under different settings. Several NC strategies are described and compared, furthermore expressions for transmission times are developed. It is also shown that the use of NC introduces a tradeoff between reduction in transmission time and increase in energy consumption.
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