<p> A novel polarimetric dehazing method is proposed based on three linear polarization images (0°, 45°, and 90°). The polarization orientation angle of the light scattered by the haze particles is introduced in the algorithm. No additional image-processing algorithm is needed in the postprocessing. It is found that the dehazed image suffers from little noise and the details of the objects close to the observer can be preserved well. In addition, this algorithm is also proved to be useful for preserving image colors. Experimental results demonstrate that such an algorithm has some universality in handling all kinds of haze. We think that this robust algorithm might be very suitable for real-time dehazing. © 2014 Chinese La...
Polarimetric dehazing methods can significantly enhance the quality of hazy images. However, current...
Image dehazing plays a vital role in the field of image processing. Previously, many researchers hav...
Imaging in the atmosphere presents the phenomenons of low contrast, low saturation and hue offset du...
Enhancing the visibility of images taken in the hazy weather is important in many applications. Amon...
<p> During past decades, lots of efforts on image dehazing have been made based on either computer ...
The polarimetric dehazing methods have been proven effective in enhancing the quality of images acqu...
To improve the robustness of current polarimetric dehazing scheme in the condition of low degree of ...
Polarimetric dehazing method is very promising in enhancing the quality of images captured in the sc...
<p> Polarimetric dehazing methods have proven effective in enhancing the quality of chromatic hazy ...
Image took under hazy weather suffers from poor contrast and resolution, the haze particles will att...
AbstractImage took under hazy weather suffers from poor contrast and resolution, the haze particles ...
<p> Polarimetric dehazing methods are proven very effective in enhancing the contrast and visibilit...
[[abstract]]The bad weather condition including fog, haze, rain and show make the acquired images co...
<p> Polarimetric dehazing methods have been proven to be effective in enhancing the quality of imag...
Haze and fog, as severe weather conditions, have absorbing and scattering effects on the optical ima...
Polarimetric dehazing methods can significantly enhance the quality of hazy images. However, current...
Image dehazing plays a vital role in the field of image processing. Previously, many researchers hav...
Imaging in the atmosphere presents the phenomenons of low contrast, low saturation and hue offset du...
Enhancing the visibility of images taken in the hazy weather is important in many applications. Amon...
<p> During past decades, lots of efforts on image dehazing have been made based on either computer ...
The polarimetric dehazing methods have been proven effective in enhancing the quality of images acqu...
To improve the robustness of current polarimetric dehazing scheme in the condition of low degree of ...
Polarimetric dehazing method is very promising in enhancing the quality of images captured in the sc...
<p> Polarimetric dehazing methods have proven effective in enhancing the quality of chromatic hazy ...
Image took under hazy weather suffers from poor contrast and resolution, the haze particles will att...
AbstractImage took under hazy weather suffers from poor contrast and resolution, the haze particles ...
<p> Polarimetric dehazing methods are proven very effective in enhancing the contrast and visibilit...
[[abstract]]The bad weather condition including fog, haze, rain and show make the acquired images co...
<p> Polarimetric dehazing methods have been proven to be effective in enhancing the quality of imag...
Haze and fog, as severe weather conditions, have absorbing and scattering effects on the optical ima...
Polarimetric dehazing methods can significantly enhance the quality of hazy images. However, current...
Image dehazing plays a vital role in the field of image processing. Previously, many researchers hav...
Imaging in the atmosphere presents the phenomenons of low contrast, low saturation and hue offset du...