The authors present a tone reproduction operator that preserves visibility in high dynamic range scenes. The method introduces a new histogram adjustment technique, based on the population of local adaptation luminances in a scene. To match subjective viewing experience, the method incorporates models for human contrast sensitivity, glare, spatial acuity and color sensitivity. They compare the results to previous work and present examples the techniques applied to lighting simulation and electronic photography
Radiosity and other global illumination methods for image synthesis calculate the 'real world' radia...
[[abstract]]We address the tone reproduction problem by integrating the local adaptation effect with...
We propose a new and effective tone reproduction technique that preserves the visibility, contrast, ...
To display high dynamic range (HDR) images onto conventional displayable devices that have low dynam...
When viewing photographs on a monitor, we are adapted to the lighting conditions of our viewing envi...
When viewing photographs on a monitor, we are adapted to the lighting conditions of our viewing envi...
Realistic display of high dynamic range images is a difficult problem. Previous methods for high dyn...
A tone mapping algorithm for displaying high contrast scenes was designed on the basis of the result...
Current desktop and hard copy display media are capable of only a limited dynamic range in luminance...
A tone reproduction algorithm with enhanced contrast of high-dynamic range images on conventional lo...
In this paper, we present a new tonemapping operator to display high dynamic range image onto conven...
Tone Mapping is the problem of compressing the range of a High-Dynamic Range image so that it can be...
We conduct a series of experiments to investigate the desired properties of a tone mapping operator ...
[[abstract]]We address the tone reproduction problem by integrating local adaptation with global-con...
High dynamic range images require tone reproduction to match the range of values to the capabilities...
Radiosity and other global illumination methods for image synthesis calculate the 'real world' radia...
[[abstract]]We address the tone reproduction problem by integrating the local adaptation effect with...
We propose a new and effective tone reproduction technique that preserves the visibility, contrast, ...
To display high dynamic range (HDR) images onto conventional displayable devices that have low dynam...
When viewing photographs on a monitor, we are adapted to the lighting conditions of our viewing envi...
When viewing photographs on a monitor, we are adapted to the lighting conditions of our viewing envi...
Realistic display of high dynamic range images is a difficult problem. Previous methods for high dyn...
A tone mapping algorithm for displaying high contrast scenes was designed on the basis of the result...
Current desktop and hard copy display media are capable of only a limited dynamic range in luminance...
A tone reproduction algorithm with enhanced contrast of high-dynamic range images on conventional lo...
In this paper, we present a new tonemapping operator to display high dynamic range image onto conven...
Tone Mapping is the problem of compressing the range of a High-Dynamic Range image so that it can be...
We conduct a series of experiments to investigate the desired properties of a tone mapping operator ...
[[abstract]]We address the tone reproduction problem by integrating local adaptation with global-con...
High dynamic range images require tone reproduction to match the range of values to the capabilities...
Radiosity and other global illumination methods for image synthesis calculate the 'real world' radia...
[[abstract]]We address the tone reproduction problem by integrating the local adaptation effect with...
We propose a new and effective tone reproduction technique that preserves the visibility, contrast, ...