The interaction between humans and robots is becoming more and more common in several applications, from industrial to service scenarios. To obtain a productive interaction, robots must be able to adapt their trajectories to the human partners’ movements. Different kinds of sensors, such as vision systems or wearable IMUs, can be used to track the motion of the operators. Results achieved in the development of online motion planning algorithms based on vision systems, useful for human-robot interaction, are here presented. A multiple depth sensor layout based on Microsoft Kinect is utilized to track human’s position and gesture. The algorithms are implemented on a collaborative robot UR3 to show their effectiveness in different real scenari...
The human-robot collaboration (HRC) is more and more requested in several occupational fields, e.g.,...
Importance of robots in industrial applications is a well-known fact. Generally, robots are placed a...
In this thesis, we present a novel real-time computer vision-based system for facilitating interacti...
The rise of the camera usage and their availability give opportunities for developing robotics appli...
We present methods for tracking people in dynamic and changing environments from camera mounted on a...
Abstract This article presents the development of a human-robot interaction mech-anism based on visi...
Robotic vision, otherwise known as computer vision for robots, is a critical process for robots to c...
Schmidt J. Vision-based posture detection and tracking for interactive scenarios. Bielefeld: Univers...
This project involves the development of a human-robot interaction system which integrates the moder...
The recognition of human gestures is crucial for improving the quality of human-robot cooperation. T...
The presence of robots in humans’ daily life is a growing phenomenon. Autonomous navigation is a par...
This paper presents a perception/interface device for Telepresence Mobile Robots using a Kinect sens...
Removing the safety fences that separate humans and robots, to allow for an effective human-robot in...
Human-robot interaction is an evolving area of research in the past few years. Human-robot interacti...
In this paper, a human–robot interaction system based on a novel combination of sensors is proposed....
The human-robot collaboration (HRC) is more and more requested in several occupational fields, e.g.,...
Importance of robots in industrial applications is a well-known fact. Generally, robots are placed a...
In this thesis, we present a novel real-time computer vision-based system for facilitating interacti...
The rise of the camera usage and their availability give opportunities for developing robotics appli...
We present methods for tracking people in dynamic and changing environments from camera mounted on a...
Abstract This article presents the development of a human-robot interaction mech-anism based on visi...
Robotic vision, otherwise known as computer vision for robots, is a critical process for robots to c...
Schmidt J. Vision-based posture detection and tracking for interactive scenarios. Bielefeld: Univers...
This project involves the development of a human-robot interaction system which integrates the moder...
The recognition of human gestures is crucial for improving the quality of human-robot cooperation. T...
The presence of robots in humans’ daily life is a growing phenomenon. Autonomous navigation is a par...
This paper presents a perception/interface device for Telepresence Mobile Robots using a Kinect sens...
Removing the safety fences that separate humans and robots, to allow for an effective human-robot in...
Human-robot interaction is an evolving area of research in the past few years. Human-robot interacti...
In this paper, a human–robot interaction system based on a novel combination of sensors is proposed....
The human-robot collaboration (HRC) is more and more requested in several occupational fields, e.g.,...
Importance of robots in industrial applications is a well-known fact. Generally, robots are placed a...
In this thesis, we present a novel real-time computer vision-based system for facilitating interacti...