Add to ORKGWe examine technology trade-offs related to the grayscale/spatial resolution trade-off for AMLCD-based display systems. We present new empirical results from our study of the human grayscale/spatial resolution trade-off
Objective: Our goal was to evaluate the degree to which display technologies influence the perceptio...
International audienceThe incoming of high-definition new visual experience at home has boosted new ...
One way of optimizing a display is to maximize the number of distinguishable grey levels, which in t...
We examine technology trade-offs related to grayscale resolution, spatial resolution, and error diff...
In a series of papers presented in 1994, we examined the grayscale/resolution trade-off for natural ...
Abstract: Thls paper describes a metric for predicting thc perceptual similarity bctween a lob7-reso...
Spurred by technological improvements, displays (as well as printers) are increasingly available in ...
The evolution of visual systems is constrained by a trade-off between spatial and temporal resolutio...
We have measured the ability of observers to estimate the contrast ratio (maximum white luminance / ...
Calibration of medical displays is important in order for images to be displayed consistently. A con...
The DICOM Grayscale Standard Display Function (GSDF) is widely used in the medical imaging field to ...
Two hardware factors contributing to the overall image quality of digital CR Ts are display resoluti...
An electronic display is typically the last stage of an imaging chain before the human observer. Som...
The standardization of grayscale display is essentially significant for image signal communication, ...
Desktop 3D displays vary in their optical design and this results in a significant variation in the ...
Objective: Our goal was to evaluate the degree to which display technologies influence the perceptio...
International audienceThe incoming of high-definition new visual experience at home has boosted new ...
One way of optimizing a display is to maximize the number of distinguishable grey levels, which in t...
We examine technology trade-offs related to grayscale resolution, spatial resolution, and error diff...
In a series of papers presented in 1994, we examined the grayscale/resolution trade-off for natural ...
Abstract: Thls paper describes a metric for predicting thc perceptual similarity bctween a lob7-reso...
Spurred by technological improvements, displays (as well as printers) are increasingly available in ...
The evolution of visual systems is constrained by a trade-off between spatial and temporal resolutio...
We have measured the ability of observers to estimate the contrast ratio (maximum white luminance / ...
Calibration of medical displays is important in order for images to be displayed consistently. A con...
The DICOM Grayscale Standard Display Function (GSDF) is widely used in the medical imaging field to ...
Two hardware factors contributing to the overall image quality of digital CR Ts are display resoluti...
An electronic display is typically the last stage of an imaging chain before the human observer. Som...
The standardization of grayscale display is essentially significant for image signal communication, ...
Desktop 3D displays vary in their optical design and this results in a significant variation in the ...
Objective: Our goal was to evaluate the degree to which display technologies influence the perceptio...
International audienceThe incoming of high-definition new visual experience at home has boosted new ...
One way of optimizing a display is to maximize the number of distinguishable grey levels, which in t...