- Study format:
- Certificate of Attendance
Gain an insight into the networking possibilities of robots in a production line. Learn how robotic perception of other robots within the production line as well as environmental changes can be achieved through appropriate networking (in cloud systems) and how this influences human-involved production lines or changes at workplaces.
▶ Configuring and deploying a cloud system for the control of a robot team
▶ Global and local sensor systems
▶ Development of individual application possibilities
▶ Connecting several robot systems in a demo scenario
Group of participants
You are an automation technician, engineer, computer scientist, manager from the fields of computer science, electrical engineering, mechanical engineering, logistics or production.
Agile, freely networked assembly systems can be characterized by the sensor-supported cooperation of several robots - the foundation of Industry 4.0. In order to develop such a cooperation system, the basics of communication between robot systems and the necessary structure for a central control system are introduced.
Based on the idea of a global superior control system, the basics of cloud computing are developed. The potentials of the central control systems are presented and the questions about the reliability and safety of the systems are explained. This is followed by a discussion of an exemplary scenario and the benefits of this structure. Finally, an outlook is given on the "Digital Shadow" and "Big Data" as well as the corresponding applications in the "Factory of the Future".
Further information regarding the seminar "Interconnection of Robot Systems"
The following topics will be taught on the first day of the seminar:
The following topics will be taught on the second day of the seminar:
Institute of Mechanism Theory, Machine Dynamics and Robotics
Prof. Mathias Hüsing und Prof. Burkhard Corves
M. Sc. Amir Shahidi
exemplarischer Modulplan (Änderungen vorbehalten)