The research presented draws from the disciplines of electronics, mechanical engineering, biological sciences and aesthetics to create a handheld tactile mouse which can be used to aid data perception for visually impaired individuals. Visual information is presented to the user by means of small tactile array housed in a modified computer mouse. Varying frequencies of vibrations can represent a number of onscreen environmental changes, such as changes in colour, light intensity or the numerical values. The device is designed to operate either as an assisting tool which operates in conjunction with other interfacing aids, or as a stand alone system with a reduced function set.<br /
The present paper deals with a novel type of dual point haptic system. The system exploits a novel k...
In the field of human-computer interaction most information is transported visually to the user. Wit...
There are approximately 285 million people worldwide living with a visual impairment and the rate of...
We designed and built a haptically enhanced mouse for blind and severely visually impaired computer ...
This work describes early research activity on a hap-tic mouse interface. This project aims to join ...
Background In this work, we present a novel sensory substitution system that enables to learn thre...
To provide visually-impaired people access to graphical information, we previously developed a devic...
Interpretation and understanding of complex scientific data is enhanced by graphic representation. F...
Human computer interaction has the physical and theoretical limit among the human being and the inpu...
Tactile maps are efficient tools to improve spatial understanding and mobility skills of visually im...
When interacting with computers we rely heavily on visual feedback from the monitor. For people with...
In this paper we propose an assistive technology (AT) device for individuals with visual impairments...
The present paper deals with a novel type of dual point haptic system. The system exploits a novel k...
This paper proposes a new product concept of an electronic travelling aid with haptic perception for...
It is very difficult for people with visual impairment and blindness to access visual information. T...
The present paper deals with a novel type of dual point haptic system. The system exploits a novel k...
In the field of human-computer interaction most information is transported visually to the user. Wit...
There are approximately 285 million people worldwide living with a visual impairment and the rate of...
We designed and built a haptically enhanced mouse for blind and severely visually impaired computer ...
This work describes early research activity on a hap-tic mouse interface. This project aims to join ...
Background In this work, we present a novel sensory substitution system that enables to learn thre...
To provide visually-impaired people access to graphical information, we previously developed a devic...
Interpretation and understanding of complex scientific data is enhanced by graphic representation. F...
Human computer interaction has the physical and theoretical limit among the human being and the inpu...
Tactile maps are efficient tools to improve spatial understanding and mobility skills of visually im...
When interacting with computers we rely heavily on visual feedback from the monitor. For people with...
In this paper we propose an assistive technology (AT) device for individuals with visual impairments...
The present paper deals with a novel type of dual point haptic system. The system exploits a novel k...
This paper proposes a new product concept of an electronic travelling aid with haptic perception for...
It is very difficult for people with visual impairment and blindness to access visual information. T...
The present paper deals with a novel type of dual point haptic system. The system exploits a novel k...
In the field of human-computer interaction most information is transported visually to the user. Wit...
There are approximately 285 million people worldwide living with a visual impairment and the rate of...