Multi-aperture receiver with optical combining architecture is an effective approach to
overcome the turbulent atmosphere effect on the performance of the free-space optical …

A multiaperture receiver with a phased array is an effective approach to overcome the effect
of the random optical disturbance in coherent free-space laser communications, in which …

In free space optical communication systems, multi-aperture coherent optical receivers
based on digital coherent beam combining (D-CBC) technique can provide exceptionally …

High speed free space optical communication (FSOC) has taken advantages of components
developed for fiber-optic communication systems. Recently, with the rapid development of …

A multimode optical receiver for free space optical communications (FSOC) based on a
photonic lantern and adaptive optics coherent beam combining (CBC) of the lantern's single …

Coherent digital combining technology using multiple small apertures has a lot of
advantages over doing so with a single large aperture, including the effective mitigation of …

We first demonstrated bidirectional coherent beam combining and aberrations mitigating
with a 6-aperture phased fiber laser array in urban atmospheric turbulence over 2 km …

In a free-space optical communication system with fiber optical components, the received
signal beam must be coupled into a single-mode fiber (SMF) before being amplified and …

Phased array antenna (PAA) beam-steering in high radiofrequency bands will be key for
upcoming 5G & Beyond wireless communications systems. As a compact and efficient …

High speed free-space optical interconnection (FSOI) is an effective strategy to overcome
the bottleneck of short-reach electronic interconnection from chip scale to board level, due to …