Abstract

Electromagnetic (EM) signal propagation of stationary and video 2D images across a turbulent path with a variable slant angle is examined under two prototypes- first, the information is embedded inside an EM carrier and imaged via propagation through anisoplanatic turbulence; second, the (unmodulated) EM carrier is imaged by propagating over an image-bearing transparency through optical lensing. Mitigation of image distortion via use of a chaotic carrier is examined, and results quantitatively compared.

© 2017 Optical Society of America

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