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Displaying results 19 to 24 of 412.
  1. Ticking time bombs on the seabed: DFKI develops innovative AI technologies for autonomous robots to recover munitions

    Ticking time bombs on the seabed: DFKI develops innovative AI technologies for autonomous robots to recover munitions

    More than one million tons of munitions dumped in the North and Baltic Seas during and after the two world wars posing a threat to both humans and …

  2. DFKI develops AI systems for the airborne detection of plastic waste - comprehensive inventory of larger marine areas as a long-term goal

    DFKI develops AI systems for the airborne detection of plastic waste - comprehensive inventory of larger marine areas as a long-term goal

    Aircraft that routinely fly over bodies of water around the world to monitor pollution could in future not only detect oil and chemical spills on …

  3. What is 6G? The future mobile communications standard from a scientific point of view

    What is 6G? The future mobile communications standard from a scientific point of view

    The project "Open6GHub" is developing a 6G vision for sovereign citizens in a highly connected world from 2030. But how does the future mobile ...

  4. Kick-off Event: Artificial Intelligence for People in Vocational Rehabilitation | KI-Kompass Inklusiv Project

    Kick-off Event: Artificial Intelligence for People in Vocational Rehabilitation | KI-Kompass Inklusiv Project

    The kick-off event of the KI-Kompass Inklusiv project will take place on 02 June 2023 at the Kleisthaus in Berlin. The aim of the project is to ...

  5. EU Sharespace project for radically new XR technology

    EU Sharespace project for radically new XR technology

    How could humans use digital avatars in the near future? How can we engage in social situations that include both human and automated avatars? And ...

  6. Quantum research at the Weser: DFKI and University of Bremen advance quantum machine learning for robotic applications

    Quantum research at the Weser: DFKI and University of Bremen advance quantum machine learning for robotic applications

    To operate autonomously in unknown or changing environments, robots need to process huge amounts of data in a very short time. Where classical ...