Results 31 to 40 of about 11,205 (213)
Optical communication is a promising strategy for deep space exploration but it is susceptible to coronal solar wind turbulence impairments during superior solar conjunction.
Guanjun Xu, Min Zeng
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A coherent optical link through the turbulent atmosphere [PDF]
version 2, modified following comments from colleagues and ...
Djerroud, K. +6 more
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Partially coherent optical vortices have been applicated widely to reduce the influence of atmospheric turbulence, especially for free-space optical (FSO) communication.
Jiao Wang +5 more
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Spatial Fluctuations of Optical Turbulence Strength in a Laboratory Turbulence Simulator
Controlled turbulence simulators in the laboratory have been extensively employed to investigate turbulence effects on light propagation in the atmosphere, driven by some advanced optical engineering such as remote sensing, energy-delivery systems, and ...
Yanling Li +6 more
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We model the effect of the off-axis distance of edge dislocation on the transmission of mixed higher order optical vortex–edge dislocations in atmospheric turbulence.
Penghui Gao +4 more
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Design Analysis of A Compensation Technique In FSO Communication System to Mitigate Atmospheric Turbulence Effect [PDF]
Free-space laser communication systems usually experience strong channel fading caused by atmospheric turbulence. To mitigate the impact of atmospheric turbulence on free-space optical links using compensation techniques including adaptive optical (AO ...
Jenan Kalati, Shehab Kadhim
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Phase Corrections With Adaptive Optics and Gerchberg-Saxton Iteration: A Comparison
Free space optical communications technique is the promising alternative for the access/fronthual networks to relieve the traffic congestion. The turbulence in the free space channel, however, could cause the phase distortions in optical signals, thus ...
Ming Li
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OPTICAL TURBULENCE : CHAOS IN OPTICAL BISTABILITY
The transmitted light from a bistable optical cavity can exhibit a variety of bifurcation phenomena, passing from a stationary state, through successive periodic and chaotic states to a final fully developed chaotic state, as the intensity of incident laser light is increased.
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In this paper, the design of an atmospheric turbulence simulation system for free-space optical (FSO) communication is proposed. The system can accurately simulate repeatable atmospheric turbulent fading channels.
Lin Li, Ning Ji, Zhiyong Wu, Jiabin Wu
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Challenges for optical turbulence characterization and prediction at optical communication sites [PDF]
Florian Quatresooz +4 more
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