Nowadays, Global Positioning Systems (GPS) are used everywhere for positioning and
navigation. However, its use is not suitable in indoor environment, due to power budget …

This paper presents an experimental implementation and performance evaluation of an
indoor positioning system based on visible light communications (VLC). The system …

In this paper an optical indoor positioning system is proposed, which utilizes modulated LED
lights as anchor points, deployed in known positions. The sensor, deployed on the tracked …

Indoor navigation is hardly managed by the usual Global Positioning System (GPS) due to
the strong attenuation of signals inside the buildings. Alternative based on RF optical …

This paper studies a novel way to estimate the position of an object in an indoor
environment, using the Channel State Information (CSI) that a Visible Light Communication …

Advances in visible light communication (VLC) technology and the ubiquity of illumination
facility have led to a growing interest in VLC-based indoor positioning. Numerous …

The growing demand for location-based services in areas like virtual reality, robot control,
and navigation has intensified the focus on indoor localization. Visible light positioning …

The attenuation of GPS signals inside buildings has recently boosted research in the field of
indoors navigation systems. Different solutions can be used to manage positioning and …

One of the most promising applications of visible light communication is indoor positioning,
also referred to as indoor localization. Indoor positioning has many applications in real life …

As global positioning system (GPS) has failed in indoor environments, numerous
technologies are proposed to obtain better indoor positioning system performance. One of …