Abstract – With the development of information sci-ence and robotic technology, it becomes more important to generate human interactive robots. The design plat-form for developing such robots should satisfy three ba-sic conditions: (1) It can test safely the performance of the robot through the physical interaction with hu-man, (2) Human subject can estimate subjectively the outside appearance of the robot, and (3) It can simu-late the dynamic human interactive robot motion within real-time. This paper proposes our immersion type dy-namic simulation platform. An application to estimate the robot’s performance when performing cooperative ob-ject lifting task with human subject is chosen in order to show the effectiveness of our system. The a...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
Abstract A new field of robotics is emerging. Robots are today moving towards applications beyond th...
It is expected that robots of the future will coexist and interact with humans in places such as hom...
The present work aims to show the great potential of Virtual Reality (VR) technologies in the eld o...
The next generation of robot is highly expected to interact with human being friendly and to support...
International audienceThis paper explores the use of Virtual Reality (VR) to study human-robot inter...
Testing and experimenting software which synthesize human-aware and interactive robot abilities is a...
The paper describes new methods of industrial robot simulation by using Virtual Reality techniques. ...
Abstract. To study how robots can work better with humans as a team, we have designed an agent-based...
The main objective of the project is to provide a Virtual Reality (VR) representation for robotic si...
In human-robot interaction, the use of collaborative robots or cobots in many industries is of major...
As cooperation between robots and humans becomes increasingly important for new robotic applications...
In this paper we discuss possible application of Virtual Reality (VR) for simulation and control of ...
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
The paper will describe the development of a Virtual Reality testbed for robot applications. This te...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
Abstract A new field of robotics is emerging. Robots are today moving towards applications beyond th...
It is expected that robots of the future will coexist and interact with humans in places such as hom...
The present work aims to show the great potential of Virtual Reality (VR) technologies in the eld o...
The next generation of robot is highly expected to interact with human being friendly and to support...
International audienceThis paper explores the use of Virtual Reality (VR) to study human-robot inter...
Testing and experimenting software which synthesize human-aware and interactive robot abilities is a...
The paper describes new methods of industrial robot simulation by using Virtual Reality techniques. ...
Abstract. To study how robots can work better with humans as a team, we have designed an agent-based...
The main objective of the project is to provide a Virtual Reality (VR) representation for robotic si...
In human-robot interaction, the use of collaborative robots or cobots in many industries is of major...
As cooperation between robots and humans becomes increasingly important for new robotic applications...
In this paper we discuss possible application of Virtual Reality (VR) for simulation and control of ...
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
The paper will describe the development of a Virtual Reality testbed for robot applications. This te...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
Abstract A new field of robotics is emerging. Robots are today moving towards applications beyond th...
It is expected that robots of the future will coexist and interact with humans in places such as hom...