The flourishing technology in wireless communication-free space optics (FSO) offers lots of
merits over radio frequency (RF) links due to its license free bandwidth, ease of installation …

The hybrid radio frequency/free space optics (RF/FSO) architecture is a highly effective
method for combining the advantages of RF and FSO technologies. This approach is …

The various advanced applications of 5G based wireless communications include
autonomous self-driven cars, telemedicine, smart spaces (eg, home, office, etc.), sensor …

This paper provides an assessment study on the virtualization of a Digital Video
Broadcasting‐Satellite‐Second Generation (DVB‐S2)/Digital Video Broadcasting‐Return …

Satellite communication (SATCOM) systems are generally used for broadcasting, disaster
recovery, and navigation applications due to the large coverage area. Deployment of more …

A significant amount of today's Internet traffic, including World Wide Web (WWW), file
transfer, e-mail and remote access traffic, is carried by the Transmission Control Protocol …

Recently, a hybrid architecture that utilizes the complementary nature of free-space optics
(FSO) and radio frequency (RF) links with respect to their individual weather sensitivities …

Over the last two decades, Free Space Optical (FSO) communication has become more and
more interesting topic of research, as an alternative to radio frequency communication. In …

Mixed usage of radio frequency (RF) and free-space optical (FSO) transmissions can
improve the reliability and throughput of future satellite communication (Satcom) systems. To …

Free space optical (FSO) communication is an upgraded supplement to the existing wireless
technologies. FSO technology provides vast modulation bandwidth, unlicensed spectrum …