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Displaying results 21 to 30 of 177.
  1. Synergizing sub-symbolic and symbolic AI: DFKI unveils pioneering approach to safe and verifiable humanoid walking

    Synergizing sub-symbolic and symbolic AI: DFKI unveils pioneering approach to safe and verifiable humanoid walking

    Recent advances in robotics based on data-driven AI hold promise for a wide range of practical applications. However, ensuring the safety of these ...

  2. Parabolic flight with exoskeleton: DFKI and University of Duisburg-Essen test fine motor skills in weightlessness

    Parabolic flight with exoskeleton: DFKI and University of Duisburg-Essen test fine motor skills in weightlessness

    Fine motor tasks under space conditions are particularly challenging and must first be trained on Earth. Scientists from the German Research Center ...

  3. Unlocking the potential of underactuated and mobile robotic systems: DFKI presents latest research results at ICRA 2024

    Unlocking the potential of underactuated and mobile robotic systems: DFKI presents latest research results at ICRA 2024

    In a world where robots are taking on increasingly complex tasks, underactuated systems, particularly walking robots such as quadrupeds and humanoids, ...

  4. Resource-aware Edge AI enables AI applications on mobile devices – DFKI and Inria launch joint FAIRe project

    Resource-aware Edge AI enables AI applications on mobile devices – DFKI and Inria launch joint FAIRe project

    Artificial intelligence (AI) is finding increasingly diverse applications in the physical world, especially on embedded, cyber-physical devices with ...

  5. Advancing the dynamic behavior of robots: DFKI's Underactuated Lab presents four research papers at IROS 2023

    Advancing the dynamic behavior of robots: DFKI's Underactuated Lab presents four research papers at IROS 2023

    Walking, hopping, swinging – when it comes to natural dynamic behavior, underactuated systems hold great potential and play an increasingly important ...

  6. 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 the ...

  7. 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 ...

  8. Paving the way for long-term missions on the moon: European team of autonomous robots explores lava cave in Lanzarote

    Paving the way for long-term missions on the moon: European team of autonomous robots explores lava cave in Lanzarote

    As potential locations for future base camps, the lava caves on the moon are of great interest. But how can they be reached and explored? This has ...

  9. DFKI beteiligt sich mit Labor-Rundgang und Vorträgen an Führungskräfteveranstaltung des EWE-Konzerns in Bremen

    DFKI beteiligt sich mit Labor-Rundgang und Vorträgen an Führungskräfteveranstaltung des EWE-Konzerns in Bremen

    Der EWE-Konzern als fünftgrößtes Energieversorgungsunternehmen in Deutschland ist die starke Kraft für die Digitalisierung der Zukunft. Im Rahmen ...

  10. Praxis-Pilotprojekte zur autonomen Dekontamination: Kompetenzzentrum ROBDEKON startet in neue Phase

    Praxis-Pilotprojekte zur autonomen Dekontamination: Kompetenzzentrum ROBDEKON startet in neue Phase

    Roboter sollen möglichst autonom Altlasten sanieren sowie beim Rückbau kerntechnischer Anlagen und der Bergung von Gefahrstoffen unterstützen – das ...