Experimental Comparison of Polarization Image Restoration of Three Random Angles and Two Orthogonal Angles

Changxia, 赵长霞 Zhao; Jin, 段锦 Duan; Xinxin, 王欣欣 Wang; Sike, 白思克 Bai; Tianwei, 陈天威 Chen

doi:10.3788/lop52.101005

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2021

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“…In Ref. 82, the authors compared the experimental performances of the polarimetric dehazing method based on three random angles and two orthogonal angles. The experimental results show that the three random angles-based method outperforms the two orthogonal angles-based method.…”

Section: A Pxmentioning

confidence: 99%

Review of passive polarimetric dehazing methods

et al. 2021

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The images acquired in haze conditions are significantly degraded due to the presence of atmospheric particles. These images have low contrast, poor visibility, and some information is lost as well. These characteristics severely hinder the further processing and the applications in which the images are being used. The polarimetric dehazing methods are effective for direct imaging and enhancing the imaging quality. In addition, polarimetric dehazing methods have the capability to cope with haze and other turbid mediums. Therefore, the polarimetric dehazing methods are extensively developed and used in different applications due to their superior performance. We present in detail the principles, the implementation techniques, and the advancements in the polarimetric dehazing methods. We believe that this work is the first in-depth review on the passive polarimetric dehazing methods.

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Section: A Pxmentioning

confidence: 99%