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Dusza/etal/2013d: CoPoMo: A Context-Aware Power Consumption Model for LTE User Equipment

Bibtype Article
Bibkey Dusza/etal/2013d
Author Dusza, Bjoern and Ide, Christoph and Cheng, Liang and Wietfeld, Christian
Title {CoPoMo}: A Context-Aware Power Consumption Model for LTE User Equipment
Journal Transactions on Emerging Telecommunications Technologies (ETT)
Volume 24
Number 6
Pages 615-632
Publisher Wiley
Abstract Increasing the battery lifetime of power-hungry mobile devices has become a major research target for mobile operators. Based on extensive measurement campaigns with the most recent Long Term Evolution (LTE) devices, we introduce a new Markovian power consumption model, which takes into account the chosen system parameters (such as the number of physical resource blocks) as well as the context of a user in terms of radio channel conditions and service characteristics (non-real-time vs. real time). One key advancement of this generic model is its stochastic nature, which allows for determining the average power consumption of a device based on usage profiles including location information and service statistics. We have conducted comprehensive system simulations using realistic channel characteristics derived from ray-tracing analyses and validated the new model. Finally, we show that the proposed context-aware power consumption model enables quantitative analyses of the trade-off between network resource allocation and enhanced battery lifetime. Copyright 2013 The Authors. Transactions on Emerging Telecommunications Technologies published by John Wiley & Sons, Ltd.
Month 10
Year 2013
Projekt SFB876-A4, SFB876-B4
Url http://onlinelibrary.wiley.com/doi/10.1002/ett.2702/full
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