When we look at a one-dimensional light array while moving our eyes rapidly, the afterimage of the 1D light source will be spread on the retina so that we can recog-nize it as 2D image. Saccade-based display (SD), which uses this phenomenon and is composed of a 1D rapid blink-ing light-emitting diode (LED) array, can give the viewer the perception of a 2D image without a 2D screen. Percep-tion with SD is remarkably different from ordinary display because the process of perception is different from when we look without eye movement. To make use of these percep-tual properties for more effective presentation on SD, we performed experiments and found that some contents cause asynchronous and depth perception to the viewer. 1
Ultra-rapid categorization studies analyze human responses to briefly flashed, static natural scenes...
It has generally thought that information from the eyes is made available during a fixation, but not...
Contains fulltext : 151415.pdf (publisher's version ) (Open Access)We explore the ...
We have been studied on an information display based on saccadic eye movements. The display can pres...
We have been studied on an information display based on saccadic eye movements. The display can pres...
Most studies of saccadic suppression study changes in visual detection thresholds as a function of a...
We propose a new method to display information based on the saccadic eye movement. Using this method...
Contains fulltext : 102684.pdf (publisher's version ) (Open Access)To explore a vi...
As the eyes move, they incessantly impose motion blur on the retinal image, yet our perception of th...
AbstractThe perception of image smear for a target flashed during a saccade is attenuated if the tar...
AbstractTo explore a visual scene we make many fast eye movements (saccades) every second. During th...
International audienceThe visual perception of human faces by man is fast and efficient compared to ...
The commercial success of color sequential displays is limited by the fact that people perceive mult...
Particularly promising studies on visual awareness generally exploit perceptual bistability phenomen...
Through saccadic eye movements, the retinal projection of an extrafoveally glimpsed object can be br...
Ultra-rapid categorization studies analyze human responses to briefly flashed, static natural scenes...
It has generally thought that information from the eyes is made available during a fixation, but not...
Contains fulltext : 151415.pdf (publisher's version ) (Open Access)We explore the ...
We have been studied on an information display based on saccadic eye movements. The display can pres...
We have been studied on an information display based on saccadic eye movements. The display can pres...
Most studies of saccadic suppression study changes in visual detection thresholds as a function of a...
We propose a new method to display information based on the saccadic eye movement. Using this method...
Contains fulltext : 102684.pdf (publisher's version ) (Open Access)To explore a vi...
As the eyes move, they incessantly impose motion blur on the retinal image, yet our perception of th...
AbstractThe perception of image smear for a target flashed during a saccade is attenuated if the tar...
AbstractTo explore a visual scene we make many fast eye movements (saccades) every second. During th...
International audienceThe visual perception of human faces by man is fast and efficient compared to ...
The commercial success of color sequential displays is limited by the fact that people perceive mult...
Particularly promising studies on visual awareness generally exploit perceptual bistability phenomen...
Through saccadic eye movements, the retinal projection of an extrafoveally glimpsed object can be br...
Ultra-rapid categorization studies analyze human responses to briefly flashed, static natural scenes...
It has generally thought that information from the eyes is made available during a fixation, but not...
Contains fulltext : 151415.pdf (publisher's version ) (Open Access)We explore the ...