The extension of application domains of robotics from factories to human environments leads to implementing proper strategies for close interaction between people and robots. In order to avoid dangerous collision, force and vision based control can be used, while tracking human motion during such interaction. © Springer-Verlag Berlin Heidelberg 2007
Vision/force robot control could be divided into six types: pure position control, pure force contro...
Human-Robot Collaboration is often required in unstructured, uncertain, and dynamic environments whe...
This article investigates human-driven robots via physical interaction, which is enhanced by integra...
The extension of application domains of robotics from factories to human environments leads to imple...
Summary. The extension of application domains of robotics from factories to human environments leads...
Unlike the industrial robotics domain where the workspace of machines and humans can be segmented, a...
The methods required to make humans and robots interact and collaborate are the subject of research ...
Robotics research is looking forward to the possibility of bringing closer humans and robots. Thus, ...
Industrial tasks can be improved substantially by making humans and robots collaborate in the same w...
Collaborative tasks between human operators and robotic manipulators can improve the performance and...
This paper presents a complete motion control system for industrial manipulators, designed to maximi...
If robots are to be introduced into the human world as assistants to aid a person in the completion ...
154 p.Robots have found wide applications in factories and most robot systems are designed and used ...
Co-existence of human and robot in the same workspace requires the robot to perform robot tasks such...
If robots are to be introduced into the human world as assistants to aid a person in the completion ...
Vision/force robot control could be divided into six types: pure position control, pure force contro...
Human-Robot Collaboration is often required in unstructured, uncertain, and dynamic environments whe...
This article investigates human-driven robots via physical interaction, which is enhanced by integra...
The extension of application domains of robotics from factories to human environments leads to imple...
Summary. The extension of application domains of robotics from factories to human environments leads...
Unlike the industrial robotics domain where the workspace of machines and humans can be segmented, a...
The methods required to make humans and robots interact and collaborate are the subject of research ...
Robotics research is looking forward to the possibility of bringing closer humans and robots. Thus, ...
Industrial tasks can be improved substantially by making humans and robots collaborate in the same w...
Collaborative tasks between human operators and robotic manipulators can improve the performance and...
This paper presents a complete motion control system for industrial manipulators, designed to maximi...
If robots are to be introduced into the human world as assistants to aid a person in the completion ...
154 p.Robots have found wide applications in factories and most robot systems are designed and used ...
Co-existence of human and robot in the same workspace requires the robot to perform robot tasks such...
If robots are to be introduced into the human world as assistants to aid a person in the completion ...
Vision/force robot control could be divided into six types: pure position control, pure force contro...
Human-Robot Collaboration is often required in unstructured, uncertain, and dynamic environments whe...
This article investigates human-driven robots via physical interaction, which is enhanced by integra...