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Force Projection Through the Littoral Zone: Optical Considerations--Kendall Carder
Pages 166-170

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From page 166...
... of fast pulses by phytoplankton and colored dissolved organic matter, delaying practical applications of this technique until much more research takes place.
From page 167...
... The marked extension of range provided by successful applications of femtosecond laser and LIDAR packages would be useful for improved navigation, mine detection, and optical communications. Optical communications Even without the range extension expected using ultra-fast lasers, optics can play a role in quietly off-loading high-rate data (e.g., bottom imagery, mine searches)
From page 168...
... Active camouflage permits adaptation to changes in the albedo of the background scene, whether in shallow water over a bright bottom or over a dark bottom. 3D optical modeling (Figure 1)
From page 169...
... routes and depths of transit expected for a variety of vehicles and environmental conditions. The power required to optimally camouflage any delivery package for each potential route can also be calculated to evaluate likelihoods for various threats.
From page 170...
... Optical Detection of Camouflaged Underwater Objects. Proceedings of Eighth International Symposium on Technology and the Mine Problem, Technologies for Mine Warfare Expeditionary Warfare and Port Security, 6 May 2008, Naval Postgraduate School, Monterey, California (CD-ROM, MINWARA)


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