Add to ORKGconcept to Internet-Based Robotics will be presented. It will be argued how a coupling of real and virtual, local and remote robot systems may support a cost oriented training and education in context related robotics. This application is related to Hyper-Bonds, our unified concept to describe complex effort/flow driven automation systems distributed over real and virtual worlds. It allows selected materialization of parts of the system in reality and is functionally connected to a simulation model. Copyright © 2004 IFA
In this paper two educational environments are described where Multimedia, Robotics, Java and Intern...
Discrete part manufacturers using robotic arc welding cells often have several more geographically d...
In the present work, a virtual reality system, used in the framework of a web-based educational tool...
Instead of teaching the robot at the work-site, a novel approach and framework for industrial robots...
Abstract: The paper presents a learning environment where on-site and remote components merge into a...
Robot welding is the use of robots which completely automate a welding process. With the use of robo...
This work proposes an approach to remote learning of robotic cells based on Internet and simulation ...
Traditional off-line programming is not enough in order to use the full potential of virtual models ...
In this work we propose a method to integrate remote control and manipulation of robotic work cells ...
Nowadays, every industry's goal is to improve their manufacturing processes and to increase their c...
This paper describes the development of a remote laboratory in the area of automatic and robotic eng...
Nowadays, every industry's goal is to improve their manufacturing processes and to increase the...
Virtual remote laboratories have already been successfully implemented in educational centers for pr...
This paper describes the development of a remote laboratory in the area of automatic and robotic eng...
This paper focuses on the development of a virtual training system by applying simulation techniques...
In this paper two educational environments are described where Multimedia, Robotics, Java and Intern...
Discrete part manufacturers using robotic arc welding cells often have several more geographically d...
In the present work, a virtual reality system, used in the framework of a web-based educational tool...
Instead of teaching the robot at the work-site, a novel approach and framework for industrial robots...
Abstract: The paper presents a learning environment where on-site and remote components merge into a...
Robot welding is the use of robots which completely automate a welding process. With the use of robo...
This work proposes an approach to remote learning of robotic cells based on Internet and simulation ...
Traditional off-line programming is not enough in order to use the full potential of virtual models ...
In this work we propose a method to integrate remote control and manipulation of robotic work cells ...
Nowadays, every industry's goal is to improve their manufacturing processes and to increase their c...
This paper describes the development of a remote laboratory in the area of automatic and robotic eng...
Nowadays, every industry's goal is to improve their manufacturing processes and to increase the...
Virtual remote laboratories have already been successfully implemented in educational centers for pr...
This paper describes the development of a remote laboratory in the area of automatic and robotic eng...
This paper focuses on the development of a virtual training system by applying simulation techniques...
In this paper two educational environments are described where Multimedia, Robotics, Java and Intern...
Discrete part manufacturers using robotic arc welding cells often have several more geographically d...
In the present work, a virtual reality system, used in the framework of a web-based educational tool...