Wheelchair-mounted robotic arms have been commercially available for a decade. In order to operate these robotic arms, a user must have a high level of cognitive function. Our research focuses on replacing a manufacturer-provided, menu-based interface with a vision-based system while adding autonomy to reduce the cognitive load. Instead of manual task decomposition and execution, the user explicitly designates the end goal, and the system autonomously retrieves the object. In this paper, we present the complete system which can autonomously retrieve a desired object from a shelf. We also present the results of a 15-week study in which 12 participants from our target population used our system, totaling 198 trials
In this paper, we describe an empirical study with healthy subjects with simulated ADL tasks using U...
Wheelchair Mounted Robotic Arms (WMRA) can be used by people with severe motor skill impairment, suc...
Existing wheelchair control interfaces, such as sip & puff or screen based gaze-controlled cursors, ...
Wheelchair-mounted robotic arms have been commercially available for a decade. In order to operate t...
Wheelchair mounted robotic arms have been commercially available for the last decade. They provide i...
Wheelchair mounted robotic arms can assist people that have severe physical handicaps with activitie...
There have been substantial improvements in the area of rehabilitation robotics in the recent past. ...
For people with motor impairment, robotic arms can act as body surrogates to aid with everyday tasks...
In this paper we present a novel augmented reality head mounted display user interface for controlli...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...
During the last years, modern electronic power wheelchairs have been equipped by manipulators to com...
This study aims to direct electronic, mechanical and programming knowledge into a creative, helpful ...
We describe the progress in implementing a vision based robotic assist device to facilitate Activiti...
This paper addresses the problem of human robot interaction with application to the design of assist...
Text BoxAssistive Robotic Manipulators (ARM) have shown improvement in self-care and increased indep...
In this paper, we describe an empirical study with healthy subjects with simulated ADL tasks using U...
Wheelchair Mounted Robotic Arms (WMRA) can be used by people with severe motor skill impairment, suc...
Existing wheelchair control interfaces, such as sip & puff or screen based gaze-controlled cursors, ...
Wheelchair-mounted robotic arms have been commercially available for a decade. In order to operate t...
Wheelchair mounted robotic arms have been commercially available for the last decade. They provide i...
Wheelchair mounted robotic arms can assist people that have severe physical handicaps with activitie...
There have been substantial improvements in the area of rehabilitation robotics in the recent past. ...
For people with motor impairment, robotic arms can act as body surrogates to aid with everyday tasks...
In this paper we present a novel augmented reality head mounted display user interface for controlli...
We build on previous work [12], [14] on the development of a computer controlled wheelchair equipped...
During the last years, modern electronic power wheelchairs have been equipped by manipulators to com...
This study aims to direct electronic, mechanical and programming knowledge into a creative, helpful ...
We describe the progress in implementing a vision based robotic assist device to facilitate Activiti...
This paper addresses the problem of human robot interaction with application to the design of assist...
Text BoxAssistive Robotic Manipulators (ARM) have shown improvement in self-care and increased indep...
In this paper, we describe an empirical study with healthy subjects with simulated ADL tasks using U...
Wheelchair Mounted Robotic Arms (WMRA) can be used by people with severe motor skill impairment, suc...
Existing wheelchair control interfaces, such as sip & puff or screen based gaze-controlled cursors, ...