We use the nonlinear property of silicon carbon (SiC) multilayer devices under UV
irradiation to design an optical processor for indoor positioning. The transducer combines …

We propose a 2-D visible light positioning system based on the artificial neural network
(ANN), where the light-emitting diodes are grouped into blocks and the block coordinates …

To improve the precision of indoor positioning and actualize three-dimensional positioning,
a reversed indoor positioning system based on visible light communication (VLC) using …

We propose a visible light positioning system based on an artificial neural network (ANN)
and optical camera communications. The receiver's position is approximately and precisely …

We experimentally demonstrate an indoor visible light positioning system based on optical
camera communications, in which the transmitted coordinate data are spatially separated …

We propose a method for determining the indoor position based on a Visible Light
Communication (VLC) system that uses a high-speed fish-eye lens-equipped camera. In …

A LED-assisted navigation system for large indoor environments is proposed. White LEDs
are used both for illumination purposes and as transmitters. On-off keying modulation …

In this paper, a visible light communication based three dimensional indoor positioning
system employing a dedicated algorithm and using the code division multiple access …

This paper proposes a three-dimensional (3-D) high-precision indoor positioning strategy
using Tabu search based on visible light communication. Tabu search is a powerful global …

In this Letter, we describe the realization of a tracked line-of-sight optical wireless
communication system for indoor data distribution. We built a laser-based transmitter with …