A Comprehensive Study of Passive Wake-up - Radio in Wireless Sensor Networks

Master thesis (2014)

Authors

Contributors

P. Pawelczak (mentor)
Programme
Electrical Engineering (EEMCS) (TU Delft)
Copyright: © 2014 Huo, L.
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Published Date

17-07-2014

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Programme

Electrical Engineering

Abstract

Wake-up radio, as a secondary radio transceiver, is implemented to monitor the channel condition so that the main radio can be turned o when there is no communication activity. This thesis work focuses on the analysis of passive wake-up radio (PWUR), where the wake-up radio is entirely powered by the wake-up signal and does not need any additional battery supply. The work covers PWUR's both hardware implementation and performance analysis. In particular, we analyse some typical issues when PUWR is adopted into the ZigBee network. Our results suggest how PWUR can improve ZigBee network's performance in terms of latency, energy consumption and reliability.

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Msc_thesis_Liang_Huo.pdf
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