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 …

This work proposes an indoor positioning solution to achieve positioning in a low complex
way. Our solution approach is based on frequency-modulated light sources without the need …

In this research we present a Visible Light Communication (VLC) system for indoor
positioning and navigation. The viability of this methodology was demonstrated in previous …

In this paper an infrared (IR) indoor local positioning system (LPS) is presented. The most
relevant low level design aspects are addressed. Using sinusoidal amplitude-modulation …

Indoor positioning systems (IPS) using photo detector at receiving end is revealed. In first
part an overview of the Visible Light Communication technology (VLC) is presented. Second …

With the increasing demand for accurate indoor localization and widespread deployment of
light-emitting diodes (LEDs) for lighting, there has been a dramatic rise in research activities …

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 …

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

Interest in indoor optical positioning systems has increased over the past decade, as they
achieve an accuracy in the range of centimeters in three dimensions (3D) using light …

In this paper we present a new methodology for indoor localization using visible light
emissions which does not require users to actively participate in the process. Our passive …