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Resolution-enhanced detection of moving objects embedded within scattering media using time-gated speckle methods

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Abstract

The holographic first-arriving-light method in combination with the speckle differencing method is used to provide resolution-enhanced detection of moving objects embedded in scattering media. Results show that the first-arriving-light technique provides significant resolution improvements over standard speckle differencing.

© 1996 Optical Society of America

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