International audienceViewing 3D content on an autostereoscopic is an exciting experience. This is partly due to the fact that the 3D effect is seen without glasses. Nevertheless, it is an unnatural condition for the eyes as the depth effect is created by the disparity of the left and the right view on a flat screen instead of having a real object at the corresponding location. Thus, it may be more tiring to watch 3D than 2D. This question is investigated in this contribution by a subjective experiment. A search task experiment is conducted and the behavior of the participants is recorded with an eyetracker. Several indicators both for low level perception as well as for the task performance itself are evaluated. In addition two optometric ...
Visual discomfort has been the subject of considerable research in relation to stereoscopic and auto...
Purpose: When observers focus their stereoscopic visual system for a long time (e.g., watching a 3D ...
International audienceObservers' fixations exhibit a marked bias towards certain areas on the screen...
International audienceIn this paper, a subjective study is presented which aims to measure the minim...
International audienceAutostereoscopic displays simplify the presentation of 3D content because they...
Stereoscopic 3D (S-3D) is becoming an increasingly important display technology. Parallel to this, c...
Some people report visual discomfort when watching 3D displays. For both the objective measurement o...
The family of displays, which aims to visualize a 3D scene with realistic depth, are known as "3D di...
Stereoscopic 3D (S3D) displays offer the capability to enhance user performance on a variety of dept...
In this paper we investigate human binocular depth perception on 3D electronic display technologies....
Three-dimensional TVs have been commercialized in recent few years; however, poor visual and motor p...
In this paper we investigate human binocular depth perception on 3D electronic display technologies....
International audience3D displays enable immersive visual impressions but the impact on the human pe...
We report outcomes of a human factors experiment dedicated to test the technical realisation of a si...
AbstractPurposeWhen observers focus their stereoscopic visual system for a long time (e.g., watching...
Visual discomfort has been the subject of considerable research in relation to stereoscopic and auto...
Purpose: When observers focus their stereoscopic visual system for a long time (e.g., watching a 3D ...
International audienceObservers' fixations exhibit a marked bias towards certain areas on the screen...
International audienceIn this paper, a subjective study is presented which aims to measure the minim...
International audienceAutostereoscopic displays simplify the presentation of 3D content because they...
Stereoscopic 3D (S-3D) is becoming an increasingly important display technology. Parallel to this, c...
Some people report visual discomfort when watching 3D displays. For both the objective measurement o...
The family of displays, which aims to visualize a 3D scene with realistic depth, are known as "3D di...
Stereoscopic 3D (S3D) displays offer the capability to enhance user performance on a variety of dept...
In this paper we investigate human binocular depth perception on 3D electronic display technologies....
Three-dimensional TVs have been commercialized in recent few years; however, poor visual and motor p...
In this paper we investigate human binocular depth perception on 3D electronic display technologies....
International audience3D displays enable immersive visual impressions but the impact on the human pe...
We report outcomes of a human factors experiment dedicated to test the technical realisation of a si...
AbstractPurposeWhen observers focus their stereoscopic visual system for a long time (e.g., watching...
Visual discomfort has been the subject of considerable research in relation to stereoscopic and auto...
Purpose: When observers focus their stereoscopic visual system for a long time (e.g., watching a 3D ...
International audienceObservers' fixations exhibit a marked bias towards certain areas on the screen...