System Modes. This is a very generic concept and deemed to be relevant for most robotics systems. The present implementation is even largely independent of ROS but assumes some basic runtime component lifecycle only, which can be found in many component frameworks. The system modes concept reduces the complexity in robotics deliberation significantly and allows the developer of the deliberation layer of a robotic system to focus on the overall platform instead of the many individual software components. On the part of Bosch Corporate Research, the exploitation of this technology is fostered by internal trainings and consulting. In 2019, a first transfer to a business unit project has been prepared. A second will follow in 2020. In addition, this technology is exploited in the Integrated Technical Project (ITP) Metacontrol for ROS 2 (MROS) in the second open call of the EU project RobMoSys, cf. Deliverable D7.5.
Appears in 1 contract
Sources: Exploitation Plan
System Modes. This is a very generic concept and deemed to be relevant for most robotics systems. The present implementation is even largely independent of ROS but assumes some basic runtime component lifecycle only, which can be found in many component frameworks. The system modes concept reduces the complexity in robotics deliberation significantly and allows the developer of the deliberation layer of a robotic system to focus on the overall platform instead of the many individual software components. On the part of Bosch Corporate Research, the exploitation of this technology is fostered by internal trainings training and consulting. In 2019, a A first transfer to a business unit project has been preparedis on-going. A second will follow for 2021 is in 2020preparation. In addition, this technology is has been exploited in the Integrated Technical Project (ITP) Metacontrol for ROS 2 (MROS) in the second open call of the EU project RobMoSys, cf. Deliverable D7.5D7.6.
Appears in 1 contract
Sources: Exploitation Plan