MAsens is a three year strategic project where we develop key technologies and know-how for mobile and autonomous sensor systems (MAsens) – to facilitate autonomous operations with such systems and enable efficient development and testing of new sensor solutions for drones and other unmanned vehicles. A focus in this project is on developing a generic software and hardware toolbox – the MAsens toolbox – which can be adapted to application specific industrial and societal needs. One result is that this facilitates reduced start-up costs and time for new projects since a foundation for a number of applications have already been laid.
Technologies and know-how at SINTEF Digital relevant for the project includes, e.g., sense & avoid, robot vision, autonomy, localization/navigation, path-planning and control, new sensor systems, acoustics, communication systems, micro- and nanosystems, cyber security, viewpoint sampling, and networked based systems and services.
A main focus so far in the project has been on drones, but the developed technologies are applicable to other mobile and autonomous systems also – including ground and underwater vehicles.
Examples of technologies and results from the project:
- We are developing custom-built micro aerial vehicles (MAVs) and technology for safe operations – both for sense & avoid as well as for controlled contact between a drone and its environment: https://youtu.be/CyHd6pE6QwM
- Moreover, SINTEF offers a high-class industrial outdoor test facility for drones which we have employed for first testing: https://youtu.be/aEND1hsAGOE
A small selection of relevant projects within mobile and autonomous sensor systems that SINTEF is involved in:
- UTOFIA: Develops a compact and cost effective underwater imaging system
- SEAMLESS: Simultaneous navigation and manipulation for mobile manipulators in complex dynamic scenes
- CORBIS: Cognitive control framework for robotic systems
- DARIUS: Deployable search and rescue integration chain with unmanned systems
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R5-COP: Reconfigurable ROS-based Resilient Reasoning Robotic Cooperating Systems
