This research is working towards developing a pre-production prototype system which can provide a low-cost real-time adjustable and adaptable driving assistance system for powered wheelchair users. Currently we are seeking to obtain information from user joystick input and their driving quality to identify symptoms and make adjustments to the driving assistance system
This paper describes and evaluates an intelligent wheelchair, adapted for users with cognitive disab...
Abstract: Many people with disabilities find it difficult or even impossible to use traditional powe...
This paper explains the motivations and the goals of the SYSIASS project. This project has three maj...
<p>Gillham, Michael: Developing Effective Intelligent Assistance for the Powered Wheelchair User. <i...
Wheelchairs users don’t always have the ability to control a powered wheelchair using a normal joyst...
Background: Many powered wheelchair users find their medical condition and their ability to drive th...
Literature shows that numerous wheelchair platforms, of various complexities, have been developed an...
Literature is abound with smart wheelchair platforms of various developments, yet to date there has ...
This research investigates the feasibility for the development of a novel 3D collision avoidance sys...
Power wheelchairs can increase independence by supporting the mobility of their users. However, seve...
This paper briefly outlines recent work done, particularly in control systems, for electric powered ...
As world population keeps growing older, the number of persons with mobility difficulties in-creases...
Many power wheelchair users have severe physical disabilities affecting also the upper limbs, depriv...
In order to significantly reduce the number of safety-critical collisions of wheelchair users with o...
International audienceBackground: The complex task of Electric Powered Wheelchairs (EPW) prescriptio...
This paper describes and evaluates an intelligent wheelchair, adapted for users with cognitive disab...
Abstract: Many people with disabilities find it difficult or even impossible to use traditional powe...
This paper explains the motivations and the goals of the SYSIASS project. This project has three maj...
<p>Gillham, Michael: Developing Effective Intelligent Assistance for the Powered Wheelchair User. <i...
Wheelchairs users don’t always have the ability to control a powered wheelchair using a normal joyst...
Background: Many powered wheelchair users find their medical condition and their ability to drive th...
Literature shows that numerous wheelchair platforms, of various complexities, have been developed an...
Literature is abound with smart wheelchair platforms of various developments, yet to date there has ...
This research investigates the feasibility for the development of a novel 3D collision avoidance sys...
Power wheelchairs can increase independence by supporting the mobility of their users. However, seve...
This paper briefly outlines recent work done, particularly in control systems, for electric powered ...
As world population keeps growing older, the number of persons with mobility difficulties in-creases...
Many power wheelchair users have severe physical disabilities affecting also the upper limbs, depriv...
In order to significantly reduce the number of safety-critical collisions of wheelchair users with o...
International audienceBackground: The complex task of Electric Powered Wheelchairs (EPW) prescriptio...
This paper describes and evaluates an intelligent wheelchair, adapted for users with cognitive disab...
Abstract: Many people with disabilities find it difficult or even impossible to use traditional powe...
This paper explains the motivations and the goals of the SYSIASS project. This project has three maj...