This project utilizes head pose tracking to gauge human intention in order to control a wheelchair. It is often impossible for people with certain disabilities to control assistive machines, such as a wheelchair, through classical methods like a joystick. This platform demonstrates an alternative method for controlling a wheelchair for people who retain mobility of the head. Through the use of a Kinect depth sensor, the project estimates the head pose of the user and drives the wheelchair in the direction the user is looking. Additionally, a user can tilt ones head forwards or backwards to indicate driving forward or in reverse. In this way, this project provides a platform for attempting to gauge the intent of the user and to use this inte...
Assistive Technologies may greatly contribute to give autonomy and independence for individuals with...
International audience— An important aspect to be taken care of while designing assistive robots for...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...
International audienceEnsuring proper living conditions for an ever growing number of elderly people...
Copyright © 2013 Elisa Perez et al. This is an open access article distributed under the Creative Co...
Users with severe motor ability are unable to control their wheelchair using standard joystick and h...
Users with severe motor ability are unable to control their wheelchair using standard joystick and h...
Abstract: An assistive system easing wheelchair control for severely disabled users is presented. To...
This is a research of a wheelchair model which can be controlled independently by the person sitting...
This paper presents an interface that uses two different sensing techniques and combines both result...
Literature shows that numerous wheelchair platforms, of various complexities, have been developed an...
This paper presents an intelligent decision-making agent to assist wheelchair users in their daily n...
Wheelchair mounted robotic arms have been commercially available for the last decade. They provide i...
Someone who could only move his/her head and could not move his/her limbs needs a wheelchair and rob...
Wheelchairs users don’t always have the ability to control a powered wheelchair using a normal joyst...
Assistive Technologies may greatly contribute to give autonomy and independence for individuals with...
International audience— An important aspect to be taken care of while designing assistive robots for...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...
International audienceEnsuring proper living conditions for an ever growing number of elderly people...
Copyright © 2013 Elisa Perez et al. This is an open access article distributed under the Creative Co...
Users with severe motor ability are unable to control their wheelchair using standard joystick and h...
Users with severe motor ability are unable to control their wheelchair using standard joystick and h...
Abstract: An assistive system easing wheelchair control for severely disabled users is presented. To...
This is a research of a wheelchair model which can be controlled independently by the person sitting...
This paper presents an interface that uses two different sensing techniques and combines both result...
Literature shows that numerous wheelchair platforms, of various complexities, have been developed an...
This paper presents an intelligent decision-making agent to assist wheelchair users in their daily n...
Wheelchair mounted robotic arms have been commercially available for the last decade. They provide i...
Someone who could only move his/her head and could not move his/her limbs needs a wheelchair and rob...
Wheelchairs users don’t always have the ability to control a powered wheelchair using a normal joyst...
Assistive Technologies may greatly contribute to give autonomy and independence for individuals with...
International audience— An important aspect to be taken care of while designing assistive robots for...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...