High-speed data demand in sensitive locations has prompted new wireless technologies to
grow in areas like hospitals for bio-sensor data transmission between doctors and patients …

Twisted light beams such as optical angular momentum (OAM) with numerous possible
orthogonal states have drawn the prodigious contemplation of researchers. OAM …

Integrating quantum key distribution (QKD) and classical optical communication for large-
scale applications presents a significant challenge due to high cost and complexity. In this …

The proposed work presents a Radio over-Free space optical (Ro-FSO) communication
system at 320 Gbps channel capacity using circular polarisation division multiplexed …

We present on-axis, aperture averaged scintillation, and bit error rate performance of
Mathieu–Gauss beams (MGB). We model atmosphere utilizing random phase screen. Our …

Ranging from fiber optic communication (FOC) to wireless optical communication (WOC)
regimes, laser light has drawn the prodigious contemplation of researchers. Satellites based …

Performance of underwater wireless optical communication (UWOC) with different vertical
water channel conditions is experimentally analyzed. Experiment has been carried out by …

This paper, shows an Inter satellite connectivity has a throughput of 100 to 600 Gbps, input
subsystem power of 20 dBm, coherent optical modulation of 16-QAM, L2L orbital spacing of …

We study scintillation and bit error rate performance of mirrored Bessel beams through
turbulent atmosphere in this article. We benefit from numerical method to model the …

This paper presents a comprehensive simulative analysis of a high-speed single-channel
integrated Single Mode Fiber (SMF)-Free Space Optics (FSO) transmission link employing …