Path optimization of logistics distribution vehicles is researched to improve the efficiency of
intelligent logistics systems. The logistics distribution system based on urban rail …

One of the main challenges in the deployment of visible light communication (VLC) in
realistic application fields, such as intelligent transportation systems (ITSs), is represented …

Wireless communication represents the basis for the next generation of vehicle safety
systems, whereas visible light communication (VLC) is one of the most suitable technologies …

Visible light communication (VLC) is considered to be a promising technology for realizing
intelligent transportation systems (ITSs) and solving traffic safety problems. Due to the …

When taking on-the-road journey, people are at risk as accident may occur anytime.
Committing small mistakes when driving in high traffic areas may lead to fatality. A …

Superposed constellation for spatial multiplexing visible light communication (VLC) systems
has recently attracted significant attention as a promising method to alleviate the effect of …

Vehicular Visible Light communication (VVLC) presents a new paradigm for providing
vehicle connectivity, increasing road safety, and achieving autonomous driving. It can be …

The emerging technology of visible light communication (VLC) has become a promising
solution for the requirements of wide-bandwidth, high-speed, and infinite-capacity wireless …

Using VLC for such different applications requires a smooth integration of the technology
into the protocol stack. The first question is how an application module can be aware that a …

Les premières études sur la technologie VLC (Visible Light Communication) ont montré que
la technologie peut être bien applicable aux communications nécessaires pour maintenir un …