Various training simulator based on Virtual Reality has already been used widely. A training system for teleoperated track-leg mobile robot that can run on a PC is discussed in this paper. A trainee can operate the simulator to improve his skill in controlling the real robot through an efficient human-computer interface. In our system, realistic geometric models of teleoperated track-leg mobile robot and its working environment are constructed. And a simplified kinematics and dynamics model of the robot is set up in order to make the system run smoothly on a common PC. With the help of friendly human-computer interface and kindly alarm of wrong operation, the trainee can improve his skill with no awareness. The feasibility and effectiveness...
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
A safe human-robot physical interaction is required when the robot is used to help humans. This can ...
For experiment platform of robot teleoperation control system requires expensive robot and master eq...
Various training simulator based on Virtual Reality has already been used widely. A training system ...
This paper focuses on the development of a virtual training system by applying simulation techniques...
In the paper it is shown how candidates for mobile robot operators might be trained and ranked with ...
This paper presents the virtual environment implementation for project simulation and conception of ...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
In this paper we discuss possible application of Virtual Reality (VR) for simulation and control of ...
The paper describes new methods of industrial robot simulation by using Virtual Reality techniques. ...
Interest is growing around Virtual Reality training systems (VRTSs), which started to be considered ...
A model of a robotic manipulator designed to respond to different inputs from users with different s...
The overall purpose of this project is to test the impact and potential benefits of Virtual Reality ...
This research work studies the development of a teleoperation system for excavator robot using virtu...
The paper will describe new methods in robot simulation and control with Virtual Reality techniques....
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
A safe human-robot physical interaction is required when the robot is used to help humans. This can ...
For experiment platform of robot teleoperation control system requires expensive robot and master eq...
Various training simulator based on Virtual Reality has already been used widely. A training system ...
This paper focuses on the development of a virtual training system by applying simulation techniques...
In the paper it is shown how candidates for mobile robot operators might be trained and ranked with ...
This paper presents the virtual environment implementation for project simulation and conception of ...
The paper will describe new methods of graphical robot simulation and control by using Virtual Reali...
In this paper we discuss possible application of Virtual Reality (VR) for simulation and control of ...
The paper describes new methods of industrial robot simulation by using Virtual Reality techniques. ...
Interest is growing around Virtual Reality training systems (VRTSs), which started to be considered ...
A model of a robotic manipulator designed to respond to different inputs from users with different s...
The overall purpose of this project is to test the impact and potential benefits of Virtual Reality ...
This research work studies the development of a teleoperation system for excavator robot using virtu...
The paper will describe new methods in robot simulation and control with Virtual Reality techniques....
Subject of the research work of IPA Stuttgart was to evaluate the benefits of Virtual Reality for ro...
A safe human-robot physical interaction is required when the robot is used to help humans. This can ...
For experiment platform of robot teleoperation control system requires expensive robot and master eq...