Publication | Open Access
Less is more
146
Citations
4
References
2009
Year
Unknown Venue
EngineeringEmbedded SensingSmart CityComparative TestWearable TechnologyLocalizationSocial SciencesLocation-based ServiceData ScienceLocation AwarenessInternet Of ThingsComparative AnalysisEnergy ConsumptionSocial InequalityMobile ComputingMobile Positioning DataMobile SensingSensorsEdge ComputingSenseless SystemComparative MethodologyPresent Senseless
We present SenseLess, a system that leverages the different energy consumption characteristics of sensors to maximise battery life in mobile-sensing applications. We use the less expensive sensors more often, thereby enabling us to use the more expensive sensors less frequently. In the context of location-aware services, experimental results indicate that for a typical indoor and outdoor walk, compared to a simple GPS-based system, our SenseLess system can reduce energy consumption by more than 58% when determining a user's location, while maintaining the fidelity of the sensed data. This extends the battery life of a typical handheld device from 9 hours to 22 hours.
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