Content
Abstract:
This article presents results of field experiments with bistatic optoelectronic communication systems (OECS) in the atmosphere using diffuse laser radiation. The work was performed in 2013–2016. The experiments were carried out in order to estimate communication quality (based on the control of probabilities and errors, as well as their root mean square deviations) and allow deriving the following conclusion: it is possible to create bistatic OECSs, which operate effectively in the atmosphere with hundreds of metres in UV and hundreds of kilometres in visible intervals of wave lengths, with orientation of the receiver axis both in a hemisphere containing the direction to the source and in a hemisphere containing the direction of propagation of non-diffused laser radiation.
References:
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Keywords
- optoelectronic conmmunication
- laser radiation scattering in atmosphere
- time- pulse modulation
- error probability
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