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AI-controlled drone swarms to inspect wind turbines in the future

Traditionally, wind turbines have to be shut down before they can be inspected for damage. This means that these wind turbines do not generate energy during the shutdown period. Furthermore, inspection costs for wind turbines tend to be high. The DORBINE project, funded by the FFG, involves a research team from the University of Klagenfurt working with industrial partner AIR6 SYSTEMS to develop a new technology that uses artificial intelligence to control swarms of drones that inspect wind turbines while they are in operation.

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Location-aware robotic vehicles: a universal approach paves the way for a wider range of applications

To explore new terrain and perform tasks autonomously, be it in the air, on the ground or under water, robotic vehicles need to know where they are and what their surroundings are like. As part of his research for his doctorate, Christian Brommer, a member of the research group ‘Control of Networked Systems’ at the University of Klagenfurt, has developed a modular and robust framework model that is designed to maximise the autonomy of robotic vehicles exploring unknown terrain.

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Discover: Find out why you should study at the University of Klagenfurt

Are you wondering what the University of Klagenfurt can offer you and why you should study here? Then take a look at our latest magazine ‘Discover Uni Klagenfurt’!

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Achieving wireless communication between devices

Udo Schilcher, Senior Researcher at the Institute of Networked and Embedded Systems, recently completed his post-doctoral university teaching qualification (habilitation) in Information and Communications Engineering. His research centres on improving communication between individual devices without connecting them via cables. There are potential applications in all wireless networks, from mobile phone networks to sensor networks in industrial plants and robot swarms.

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