Effective color image and video coding is usually exploited coupling a compression method with the most suitable color space representation. This work extends a previously proposed high dynamic range (HDR) image coding method, which combines a logarithmic color adaptation module with a JPEG2000 codec. Here we propose to change the original preprocessing stage with a more adequate one, based on the LogLuv color space representation, in order to take fully advantage of wavelet based coding. The experimental comparisons confirm that the proposed method improves the compression performances and simplify the overall coding scheme
© 1991-2012 IEEE. Recently, there has been a significant progress in the research and development of...
As the High dynamic range (HDR) images generally have more than 10 bit/1024 colors per channel, its ...
Typical consumer digital cameras capture the scene by generating a mosaic-like grayscale image, know...
High Dynamic Range (HDR) technology can offer high levels of immersion with a dynamic range meeting ...
Vast majority of digital images and video material stored today can capture only a fraction of visua...
High Dynamic Range (HDR) imaging represents a wide range of intensity levels found in real scenes ra...
Vast majority of digital images and video material stored today can capture only a fraction of visua...
A JPEG 2000-based lossy image compression scheme for high-dynamic-range (HDR) images of all dynamic ...
Most common image and video formats have been designed to work with existing output devices, like LC...
Traditional Low Dynamic Range (LDR) color spaces encode a small fraction of the visible color gamut,...
Abstract: High Dynamic Range (HDR) images use a wider range of intensity values than the common Limi...
International audienceThis paper presents a color inter layer prediction (ILP) method for scalable c...
Recently, there has been significant progress in the research and development of High Dynamic Range ...
The transition from traditional 24-bit RGB to high dynamic range (HDR) images is hindered by excessi...
The transition from traditional 24-bit RGB to high dynamic range (HDR) images is hindered by excessi...
© 1991-2012 IEEE. Recently, there has been a significant progress in the research and development of...
As the High dynamic range (HDR) images generally have more than 10 bit/1024 colors per channel, its ...
Typical consumer digital cameras capture the scene by generating a mosaic-like grayscale image, know...
High Dynamic Range (HDR) technology can offer high levels of immersion with a dynamic range meeting ...
Vast majority of digital images and video material stored today can capture only a fraction of visua...
High Dynamic Range (HDR) imaging represents a wide range of intensity levels found in real scenes ra...
Vast majority of digital images and video material stored today can capture only a fraction of visua...
A JPEG 2000-based lossy image compression scheme for high-dynamic-range (HDR) images of all dynamic ...
Most common image and video formats have been designed to work with existing output devices, like LC...
Traditional Low Dynamic Range (LDR) color spaces encode a small fraction of the visible color gamut,...
Abstract: High Dynamic Range (HDR) images use a wider range of intensity values than the common Limi...
International audienceThis paper presents a color inter layer prediction (ILP) method for scalable c...
Recently, there has been significant progress in the research and development of High Dynamic Range ...
The transition from traditional 24-bit RGB to high dynamic range (HDR) images is hindered by excessi...
The transition from traditional 24-bit RGB to high dynamic range (HDR) images is hindered by excessi...
© 1991-2012 IEEE. Recently, there has been a significant progress in the research and development of...
As the High dynamic range (HDR) images generally have more than 10 bit/1024 colors per channel, its ...
Typical consumer digital cameras capture the scene by generating a mosaic-like grayscale image, know...