Difference between revisions of "Coronavirus Contact Tracing: Evaluating The Potential Of Using Bluetooth Received SignalStrength For Proximity Detection (Q4671)"
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(Created a new Item: Coronavirus Contact Tracing: Evaluating The Potential Of Using Bluetooth Received SignalStrength For Proximity Detection, scholarly article published in May 2020) |
(Created claim: part of (P28): Testing Apps for COVID-19 Tracing (TACT) (Q4783)) |
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| Property / official website: https://www.scss.tcd.ie/Doug.Leith/pubs/bluetooth_rssi_study.pdf / rank | |||||||||||||||
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| Property / concerns: Bluetooth Low Energy / rank | |||||||||||||||
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| Property / concerns: Received signal strength indication / rank | |||||||||||||||
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| + | 6 May 2020
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| + | We find that the Bluetooth LE received signal strength can vary substantially depending on the relative orientation of handsets, on absorption by the human body, reflection/absorption of radio signals in buildings and trains. Indeed we observe that the received signal strength need not decrease with increasing distance. | ||||||||||||||
| Property / quote: We find that the Bluetooth LE received signal strength can vary substantially depending on the relative orientation of handsets, on absorption by the human body, reflection/absorption of radio signals in buildings and trains. Indeed we observe that the received signal strength need not decrease with increasing distance. / rank | |||||||||||||||
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| Property / part of: Testing Apps for COVID-19 Tracing (TACT) / rank | |||||||||||||||
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Latest revision as of 14:21, 23 June 2020
scholarly article published in May 2020
| Language | Label | Description | Also known as |
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| English |
Coronavirus Contact Tracing: Evaluating The Potential Of Using Bluetooth Received SignalStrength For Proximity Detection
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scholarly article published in May 2020
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Statements
6 May 2020
0 references
We find that the Bluetooth LE received signal strength can vary substantially depending on the relative orientation of handsets, on absorption by the human body, reflection/absorption of radio signals in buildings and trains. Indeed we observe that the received signal strength need not decrease with increasing distance.
0 references