Mitigation of scintillation noise in a 32-km maritime path

Grant, Kevin; Moore, Christopher I.; Burris, H. R.; Mahon, Rita; Wasiczko, Linda M.; Rabinovich, William S.; Swingen, Lee; Ferraro, Mike S.; Suite, Michele R.; Stell, Mena F.; Gilbreath, Charmaine; Clare, Bradley A.; Corbett, Kerry A.

doi:10.1109/cleo.2006.4628532

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“…1.E-01 Proceedings (18). Figure 7 shows the experimental configuration used in the Cowley experiments.…”

Section: Atmospheric Challengesmentioning

confidence: 99%

Progress in laser propagation in a maritime environment at the Naval Research Laboratory

et al. 2005

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In this paper, we summarize progress in free space laser propagation research at the U.S. Naval Research Laboratory, specifically in the context of propagating and detecting signals through the atmosphere in a maritime environment. Transmission through the atmosphere over large bodies of water presents different challenges than transmission through the atmosphere over land. Our paper reports some of these findings as well as progress in our collaborative efforts to mitigate turbulence to enhance our data links.

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“…1.E-01 Proceedings (18). Figure 7 shows the experimental configuration used in the Cowley experiments.…”

Section: Atmospheric Challengesmentioning

confidence: 99%

Progress in laser propagation in a maritime environment at the Naval Research Laboratory

et al. 2005

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Mitigation of scintillation noise in a 32-km maritime path

Abstract: We present a technique to correct for atmospheric scintillation noise in free space optical communications. Co-channel noise is removed by common mode rejection, where each channel is transmitted on separate, but closely spaced, wavelengths.

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Progress in laser propagation in a maritime environment at the Naval Research Laboratory

Progress in laser propagation in a maritime environment at the Naval Research Laboratory

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