Complete Schedule
A Joint Power Harvesting and Communication Technology for Smartphone Centric Ubiquitous Sensing
Award Winner
Recipient of the 9th Annual Graduate Student Symposium Award, Oral Presentations, University Room - First Place (2016)
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Presentation Type
Oral Presentation (Electronic Copy Not Available)
Keywords
Smartphones; Energy harvesting;
Abstract
The proposed smartphone based sensing platform has potential to be used in variety of sensing applications using the audio interface to establish data communications between smartphone and external sensor. Based on FSK modulation scheme, we have proposed a joint power harvesting and communication technology that can simultaneously harvest power and transfer data with the same earphone channels. Circuit measurements show that by coherently harvesting power from both earphone channels, the proposed technology can extract more than two times of power as from one earphone channel.
Start Date
6-4-2016 3:40 PM
End Date
6-4-2016 4:00 PM
Year of Award
2016 Award
Faculty Advisor
Hong Nie
Department
Department of Technology
Copyright
© 2016 Ranjana Joshi
Embargo Date
4-6-2016
A Joint Power Harvesting and Communication Technology for Smartphone Centric Ubiquitous Sensing
The proposed smartphone based sensing platform has potential to be used in variety of sensing applications using the audio interface to establish data communications between smartphone and external sensor. Based on FSK modulation scheme, we have proposed a joint power harvesting and communication technology that can simultaneously harvest power and transfer data with the same earphone channels. Circuit measurements show that by coherently harvesting power from both earphone channels, the proposed technology can extract more than two times of power as from one earphone channel.
Comments
Location: University Room, Maucker Union