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How do I check if a button is disabled in Robot Framework? 

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Experiments show that the robot can meet their special needs, and the involved aid activities are easy and effective for elderly and disabled people.
This is the first time, to our knowledge, such a human-robot interaction framework for autism rehabilitation is proposed.
Motor control allows us to give a robot life, but we will not simply be pushing a button to control out robot.
Therefore, an autonomous robot still entails regular maintenance, as do other machines.
Open accessProceedings ArticleDOI
01 Nov 2013
24 Citations
In particular, the use of robot manipulators as personal assistant for the disabled is realistic and affordable, but still requires research as to the brain-computer interface.
The research indicates the feasibility of this new cooperative strategy between a physically disabled person and a personal robot that is not designed for high-level performance.
In this paper, we propose an alternative approach that uses the navigational patterns in the click-stream data to determine if it is due to a robot.
With the proposed control framework, the robot can remain compliant and consequently safe for humans sharing its workspace, even if high trajectory tracking accuracy is required.
In addition, the button-based control does not provide an intuitive interface so the user presses a button several times to browse information and has difficulty in searching the right button among many buttons.
Based on this information, the robot do not lose its goal, even if it has to avoid an obstacle.
Then, it would be suitable for the severely disabled to control the mobile robot in a maze game.
Results show that the proposed framework can enable the robot to carry out the collaborative manipulation task successfully.
This change is sufficient to create various button sensations, indicating that the proposed haptic button can offer a range of resistive force change that can be conveyed to human operators.
Finally, by conducting usability test, it was verified that the usability of the virtual button was equivalent to that of a mechanical button.
The experimental results will verify the feasibility of the proposed system as a human-robot interface for the disabled.
This framework provides a sensible solution for robot unknown object perception problem, which is suitable for the multi-fingered robot hand with low-resolution tactile sensors.
Open accessProceedings ArticleDOI
Andrea Cherubini, François Chaumette 
05 Dec 2011
36 Citations
The framework can also deal with unavoidable obstacles, which make the robot decelerate and eventually stop.
The possibility to customize the interfaces could open broad possibilities to use the robot also by the disabled people.