Optical systems in digital cameras present a limit during the acquisition of standard and High Dynamic Range Images (HDRI) due to the presence of veiling glare, an artifact caused by an unwanted spread of the source of light. In this paper, we analyze the state-of-the-art of veiling glare removal in HDRI, giving attention to the paper presented by Talvala. Then we describe an algorithm for veiling glare removal based on the same occlusion mask, to study the benefits provided by it in HDRI acquisition process. Finally, we demonstrate the efficiency of the occlusion mask method in veiling glare removal without any post production estimation and subtraction
UnrestrictedPeople’s perception of glare is primarily based on two factors: absolute brightness and ...
High Dynamic Range (HDR) imaging techniques capture greater ranges of scene information, and attempt...
a gradient-domain based operator by Fattal et al. [Fattal et al. 2002], all relevant contrast detail...
Optical systems in digital cameras present a limit during the acquisition of standard and High Dynam...
Many labs are studying High Dynamic Range (HDR) image capture and display. HDR images are superior t...
Veiling glare is a physical limit to HDR image acquisition. Multiple exposures improve quantization,...
Multiple exposure techniques improve the quantisation of pixel values in digital images and are clai...
Abstract — High-dynamic-range (HDR) images are superior to conventional images. The experiments in t...
We describe a methodology for predicting the detectability of subtle targets in dark regions of high...
Appearance in High Dynamic Range (HDR) images is controlled by intraocular glare and simultaneous co...
Intraocular glare and simultaneous contrast control appearance in high-dynamic-range (HDR) images. T...
In photography, the presence of a bright light source often reduces the quality and readability of t...
In photography, the presence of a bright light source often reduces the quality and readability of t...
Real world scenes often contain both bright and dark regions, resulting in a high contrast ratio, be...
Emerging display technologies are proposing monitors for medical imaging with an extended dynamic ra...
UnrestrictedPeople’s perception of glare is primarily based on two factors: absolute brightness and ...
High Dynamic Range (HDR) imaging techniques capture greater ranges of scene information, and attempt...
a gradient-domain based operator by Fattal et al. [Fattal et al. 2002], all relevant contrast detail...
Optical systems in digital cameras present a limit during the acquisition of standard and High Dynam...
Many labs are studying High Dynamic Range (HDR) image capture and display. HDR images are superior t...
Veiling glare is a physical limit to HDR image acquisition. Multiple exposures improve quantization,...
Multiple exposure techniques improve the quantisation of pixel values in digital images and are clai...
Abstract — High-dynamic-range (HDR) images are superior to conventional images. The experiments in t...
We describe a methodology for predicting the detectability of subtle targets in dark regions of high...
Appearance in High Dynamic Range (HDR) images is controlled by intraocular glare and simultaneous co...
Intraocular glare and simultaneous contrast control appearance in high-dynamic-range (HDR) images. T...
In photography, the presence of a bright light source often reduces the quality and readability of t...
In photography, the presence of a bright light source often reduces the quality and readability of t...
Real world scenes often contain both bright and dark regions, resulting in a high contrast ratio, be...
Emerging display technologies are proposing monitors for medical imaging with an extended dynamic ra...
UnrestrictedPeople’s perception of glare is primarily based on two factors: absolute brightness and ...
High Dynamic Range (HDR) imaging techniques capture greater ranges of scene information, and attempt...
a gradient-domain based operator by Fattal et al. [Fattal et al. 2002], all relevant contrast detail...