It is envisioned that the next generation of ultrahigh-speed laser communication systems will
utilize compact optical antennas equipped with advanced beam tracking and effective fiber …

Next generation laser communication systems will require small optical antennas and fine
tracking system. Such optical communication systems might be applied not only to space …

This paper shows the design and the performance of a new free-space optical
communication terminal including the results of the indoor and outdoor demonstration …

Implementation of long-range laser communication systems holds great promise for high-
bandwidth applications. They are viewed as a technology that in the nearest future will …

This paper discusses a new concept of free-space optical (FSO) communication terminals,
characterized as the mutual tracking of near field Gaussian beams and the direct single …

Optical communications systems have been gaining momentum with the increasing demand
for transmission bandwidth in the last several years. Optical cable based solutions have …

Reliable communication between aerial and undersea vehicles is a challenging issue
because radio frequency signals are attenuated drastically in sea water while acoustic …

Laser communication systems hold great promise for broadband applications. This
technology uses much higher-than-RF region of the spectrum and allows concentration of …

Theory and design is presented for a technique for ultra-low loss laser communication that
uses a combination of strong and weak thin lens optics, hence obeying the paraxial …

We report a novel optical wireless communication (OWC) system solution that supports multi-
Gbps (Gigabit-per-second) capacity for indoors. Narrow beams, termed as pencil beams, are …