The accuracy of received signal strength (RSS)-based visible light-based positioning system
in the indoor environment is constrained by the multipath nature of the channel. In this …

The accuracy of the received signal strength-based visible light positioning (VLP) system in
indoor applications is constrained by the tilt angles of transmitters (Txs) and receivers as …

In this paper, we consider the received signal strength (RSS)-based indoor visible light
positioning (VLP) with unknown receiving angle. A novel VLP scheme is proposed by joint …

In this article, we consider indoor visible light positioning (VLP) based on received signal
strength (RSS). Under the assumption of unknown receiver coefficient, we propose a robust …

As a result of the influence of indoor multipath effects, visible light positioning (VLP)
technology based on the received signal strength (RSS) has difficulty providing stable and …

Visible light positioning (VLP) systems provide higher accuracy and lower cost, more
suitable for indoor positioning compared to their radio-frequency (RF) counterparts. And the …

Indoor visible light positioning (VLP) system has drawn more and more attention in recent
years. In this paper, we propose a new positioning scheme, which utilizes a close-range …

The accuracy of line-of-sight (LOS)-based indoor visible light positioning (VLP) depends
directly on the accuracy of the received LOS power. In an actual indoor visible light …

In this paper, an improved channel model and estimation for positioning in indoor
environments using the visible light is presented. For positioning, the specific propagation …

In this work the design of a transmitter and receiver for indoor visible light positioning is
elaborated. The dedicated design is then deployed to conduct measurements to obtain the …