This work describes a novel fully integrated inductive tongue computer interface for disabled people. The interface consists of an oral unit placed in the mouth, including inductive sensors, related electronics, a system for wireless transmission and a rechargeable battery. The system is activated using an activation unit placed on the tongue, and incorporates 18 inductive sensors, arranged in both a key area and a mouse-pad area. The system's functionality was demonstrated in a pilot experiment, where a typing rate of up to 70 characters/minute was obtained with an error rate of 3%. Future work will include tests with disabled subjects
Tongue control with low profile, passive mouth tags is demonstrated as a human–device interface by c...
Purpose. The paper introduces a novel design of air-core inductive sensors in printed circuit board ...
This study is motivated by the need to know the characteristics of the learning processes in tongue-...
www.smi.hst.aau.dk/~naja/ This work describes a new inductive tongue-computer interface to be used b...
Purpose: Individuals with tetraplegia depend on alternative interfaces in order to control computers...
Efficient input devices for computers and automatic equipment can improve the quality of life for se...
Udgivelsesdato: DECThis letter introduces a new inductive tongue computer interface to be used by di...
Tongue-computer interfaces have shown the potential to control assistive devices developed for indiv...
Typing performance of a full alphabet keyboard and a joystick type of mouse (with on-screen keyboard...
Tongue-computer interfaces allow people with upper limb disability to control a computer with their ...
The "Tongue Drive" system is a tongue-operated assistive innovation produced for individuals with ex...
There has been dramatic increase in the number of people with physical disabilities in recent years....
An inductive pointing device was designed and implemented successfully in a tongue controlled oral i...
This paper presents a cost effective design of a wearable wireless tongue drive system (TDS) for dis...
This paper presents the design of an assistive technology that allows people with disabilities to co...
Tongue control with low profile, passive mouth tags is demonstrated as a human–device interface by c...
Purpose. The paper introduces a novel design of air-core inductive sensors in printed circuit board ...
This study is motivated by the need to know the characteristics of the learning processes in tongue-...
www.smi.hst.aau.dk/~naja/ This work describes a new inductive tongue-computer interface to be used b...
Purpose: Individuals with tetraplegia depend on alternative interfaces in order to control computers...
Efficient input devices for computers and automatic equipment can improve the quality of life for se...
Udgivelsesdato: DECThis letter introduces a new inductive tongue computer interface to be used by di...
Tongue-computer interfaces have shown the potential to control assistive devices developed for indiv...
Typing performance of a full alphabet keyboard and a joystick type of mouse (with on-screen keyboard...
Tongue-computer interfaces allow people with upper limb disability to control a computer with their ...
The "Tongue Drive" system is a tongue-operated assistive innovation produced for individuals with ex...
There has been dramatic increase in the number of people with physical disabilities in recent years....
An inductive pointing device was designed and implemented successfully in a tongue controlled oral i...
This paper presents a cost effective design of a wearable wireless tongue drive system (TDS) for dis...
This paper presents the design of an assistive technology that allows people with disabilities to co...
Tongue control with low profile, passive mouth tags is demonstrated as a human–device interface by c...
Purpose. The paper introduces a novel design of air-core inductive sensors in printed circuit board ...
This study is motivated by the need to know the characteristics of the learning processes in tongue-...