2023/4/1 Version
☆Research on information-processing mechanisms in humans
・ A System for Measuring Gaze Movement and Hand Movement
Simultaneously for Hand-Held Devices
・ Oculomotor abilities and visual characteristics in relationship to a rapidly
moving picture
・ Analysis of the dependence of accommodation and convergence on the display
method when a target moves in the depth direction
・ Eye Movement while Reading E-books
・Proposal of a new analysis way of gaze in the sport
・ Research on dementia, neurotic diagnoses using the eyes
・Study on incongruence between binocular images when gazing at the rim of
a column with equiluminance random dots
☆Research on next-generation information media
・Analysis of gaze movement when changing viewing distance and viewing position
・Research on multi-media expression and creation of technology that is kind
to viewers and also the producers
・Research on the technology of high reality multimodal and three-dimensional displays on such as the five senses: the sense of touch, the sense of smell …
・Modeling lip movements and extracting of the contents of speech
・Development of a speech training system by lip movements
・Development of equipment to assist drivers by extracting road sign information
By examining the mechanism of the human brain, we can develop a more flexible
system of control than the conventional one and also an interface. It is
possible to make use of this for the early diagnosis of brain diseases
such as dementia.
The eyes are “the windows of the mind,” in the words of the Japanese proverb.
At our laboratory, we study how visual information is processed
and understood by examining the movement the ophthalmography of the eyes
when they view or look at certain objects.Based on the above research,
we are studying a method of producing an easy-to-understand TV program
and Internet home page, the development of a diagnostic technique for dementia
and to clarify the skill that the practician accomplishes his/her work
skillfully by analyzing their eye movements.We are also developing three-dimensional
TV and studying three-dimensional human vision by analyzing the binocular
eye movements.