Impact and feasibility of darklight LED on indoor visible light positioning system
"Light emitting diodes"
"free-space optical communication"
"indoor navigation"
"Lighting"
"Visible light communication"
"VLC"
"TDOA"
"indoor communication"
"LED lights"
"light emitting diodes"
"IP networks"
"Darklight"
"darklight visible light communication technique"
"DL-VLC"
"energy waste"
"indoor lighting system"
"indoor positioning system"
"Indoor positioning system"
"indoor visible light positioning system"
"integrated optoelectronics"
"IPS function"
"lighting"
"Mathematical model"
"Photodiodes"
"positioning error"
"power 1.4 mW"
"power 19.8 W"
"shot noise"
"Simulation"
"thermal noise"
"unidirectional visible light communication"
"VLC IPS"
Related
- Solar panel receiver system implementation for visible light communication
- Potentiality of a bi-directional system based on 60GHz and VLC technologies for e-health applications
- 5G Internet of radio light services for supermarkets
- 5G Internet of radio light services for Mus #x00E9;e de la Carte #x00E0; Jouer
- A cost-effective approach for ubiquitous broadband access based on hybrid PLC-VLC system