Abstract
This paper presents critical amendments to the subject paper. The names of the authors are included here, who should have been credited in the subject paper for their contribution in designing the hardware, facilitating the system development, and constructing the testbed.
Highlights
The authors of this paper designed, implemented, and verified the custom-made hardware based on ordinary white LED panel lights to support visible light positioning (VLP) with embedded Bluetooth Low Energy (BLE) for geofencing [2]-[5]
This hardware was used in the VLP system design and experimental testbed of [1], as shown in Fig. 5(a) of [1], and two demo setups shown in Fig. 7 of [1]
The hardware is based on an 18 Watt, 1600 lumen, and 17.5 cm wide circular white LED panel that is modulated using a universal visible light communication (VLC) modulator with a wide input voltage range of 5‒50 V and maximum rated power of 50 Watts [2]
Summary
The authors of this paper designed, implemented, and verified the custom-made hardware based on ordinary white LED panel lights to support visible light positioning (VLP) with embedded Bluetooth Low Energy (BLE) for geofencing [2]-[5].
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