Stokes vector based interpolation method to improve the efficiency of bio-inspired polarization-difference imaging in turbid media

Stokes vector based interpolation method to improve the efficiency of bio-inspired polarization-difference imaging in turbid media

We demonstrate an efficient polarization-difference imaging system in turbid conditions by using the Stokes vector of light. The interaction of scattered light with the polarizer is analyzed by the Stokes-Mueller formalism. An interpolation method is proposed to replace the mechanical rotation of th...

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Veröffentlicht in:Journal of physics. D, Applied physics Applied physics, 2018-04, Vol.51 (14), p.145402
Hauptverfasser: Guan, Jinge, Ren, Wei, Cheng, Yaoyu
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optical information processing
polarization-difference imaging
turbid media
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Ren, Wei
Cheng, Yaoyu
description We demonstrate an efficient polarization-difference imaging system in turbid conditions by using the Stokes vector of light. The interaction of scattered light with the polarizer is analyzed by the Stokes-Mueller formalism. An interpolation method is proposed to replace the mechanical rotation of the polarization axis of the analyzer theoretically, and its performance is verified by the experiment at different turbidity levels. We show that compared with direct imaging, the Stokes vector based imaging method can effectively reduce the effect of light scattering and enhance the image contrast.
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subjects optical information processing
polarization-difference imaging
turbid media
title Stokes vector based interpolation method to improve the efficiency of bio-inspired polarization-difference imaging in turbid media
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