Add to ORKGThe displays color gamut volume was visually evaluated in terms of richness in color to evaluate the display performance. Various color gamut images were simulated on SDR and HDR displays for the pair-comparison experiment. Various color spaces were used to calculate 3D color gamut to compare with visual results. The result shows that the method of measuring the color gamut volume using CIECAB L*a*b* is not consistent with the visual evaluation. However, the color gamut volume calculated using CIECAM02 QMh can predict the visual data quite well
Displays are coming on the market that can produce a larger range of colors over EBU and this has le...
While many successful algorithms have been proposed in the field of Image Quality Assessment (IQA) a...
With the advent of novel digital display technologies, color processing is increasingly becoming a k...
Visual color gamut evaluation method is introduced. Two images having different color gamuts are sho...
We suggest a metric for evaluating color gamut of displays based on summing the probability of using...
Abstract—Using a paired comparison paradigm, various gamut mapping algorithms were evaluated using s...
To improve the image quality of a mobile display, the balance between color-gamut size and luminance...
This article examines how the color sample set, color space, and other calculation elements influenc...
Although the CIE recommends using the 3D CIELAB color space to assess displays, a 3D CIELAB gamut pl...
The recommendation of the CIE has been followed as closely as possible to evaluate the accuracy of f...
In digital imaging, evaluating the visual quality of images is a crucial requirement for most image-...
Predicting colours across multiple display devices requires implementation of device characterizatio...
With the development of wide-gamut display technology, the need is clear for understanding the requi...
In the color industry, it is vital to know the color gamut of a given device. Several tools for visu...
A novel metric named Gamut Volume Index (GVI) is proposed for evaluating the colour preference of li...
Displays are coming on the market that can produce a larger range of colors over EBU and this has le...
While many successful algorithms have been proposed in the field of Image Quality Assessment (IQA) a...
With the advent of novel digital display technologies, color processing is increasingly becoming a k...
Visual color gamut evaluation method is introduced. Two images having different color gamuts are sho...
We suggest a metric for evaluating color gamut of displays based on summing the probability of using...
Abstract—Using a paired comparison paradigm, various gamut mapping algorithms were evaluated using s...
To improve the image quality of a mobile display, the balance between color-gamut size and luminance...
This article examines how the color sample set, color space, and other calculation elements influenc...
Although the CIE recommends using the 3D CIELAB color space to assess displays, a 3D CIELAB gamut pl...
The recommendation of the CIE has been followed as closely as possible to evaluate the accuracy of f...
In digital imaging, evaluating the visual quality of images is a crucial requirement for most image-...
Predicting colours across multiple display devices requires implementation of device characterizatio...
With the development of wide-gamut display technology, the need is clear for understanding the requi...
In the color industry, it is vital to know the color gamut of a given device. Several tools for visu...
A novel metric named Gamut Volume Index (GVI) is proposed for evaluating the colour preference of li...
Displays are coming on the market that can produce a larger range of colors over EBU and this has le...
While many successful algorithms have been proposed in the field of Image Quality Assessment (IQA) a...
With the advent of novel digital display technologies, color processing is increasingly becoming a k...