Performance of optical wireless communication (OWC) in outdoor environments can be
significantly degraded due to the fog and pointing errors. In this letter, we consider a multi …

The atmospheric foggy condition is a major bottleneck for the deployment of optical wireless
communication (OWC) systems in outdoor environments. Although the attenuation …

Terrestrial optical wireless communication (OWC) is emerging as a promising technology,
which makes connectivity possible between high-rise buildings and metropolitan and …

A model for short-range optical wireless communication (OWC) link under fog-haze random
media is presented based on the consideration of beam pointing error. The performance of …

We analyzed the performance of a freespace optical (FSO) system in this study, considering
the combined effects of atmospheric turbulence, fog absorption, and pointing errors. The …

Outdoor free-space optic (FSO) communication systems are sensitive to atmospheric
impairments, such as turbulence and fog, in addition to being subject to pointing errors. Fog …

In this letter, we investigate the ergodic capacity of unmanned aerial vehicle (UAV)-based
free space optics (FSO) links over random foggy channel. More specifically, we derive …

Optical wireless communication (OWC) systems use the atmosphere as a propagation
medium. However, a common problem is that from time to time moderate cloud and fog …

Fog and dust are used to be considered as major performance degrading factors for free
space optic (FSO) communication links. Despite the number of field measurements …

Fog is considered to be a primary challenge for free space optics (FSO) systems. It may
cause attenuation that is up to hundreds of decibels per kilometer. Hence, accurate …