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Projects

Displaying results 11 to 20 of 31.
  1. agrifoodTEF-DE – Test and Experiment Facilities for the Agri-Food Domain

    agrifoodTEF-DE – Test and Experiment Facilities for the Agri-Food Domain

    The research project agrifoodTEF-DE (Germany) develops independent service blueprints to test and validate AI systems as well as robotic solutions under practical conditions in the agricultural sector

  2. CALAHARI – CALamity Adaptes HARvesting Innovation

    CALAHARI – CALamity Adaptes HARvesting Innovation

    CALAHARI is a vision for a robot-assisted, semi-autonomous timber harvesting process. The synthesis of the requirements analysis for successful implementation in the forestry industry and the assessme

  3. SAMLER-KI – Simi-autonomous micro rover for lunar exploration using artificial intelligence

    SAMLER-KI – Simi-autonomous micro rover for lunar exploration using artificial intelligence

    The project has the goal to open the potential for future micro rover missions by distinct further development and TRL increase of critical components. For this purpose, in addition to a generalized m

  4. MOMENTUM – Robust Learning with Hybrid AI for Trustworthy Interaction of Humans and Machines in Complex Environments

    MOMENTUM – Robust Learning with Hybrid AI for Trustworthy Interaction of Humans and Machines in Complex Environments

    MOMENTUM is a research project dedicated to TRUSTED-AI, which aims to advance the development and application of artificial intelligence by integrating robustness and explainability. The aim of the pr

  5. FUMOS – Fusion multimodaler optischer Sensoren zur 3D Bewegungserfassung in dichten, dynamischen Szenen für mobile, autonome Systeme

    FUMOS – Fusion multimodaler optischer Sensoren zur 3D Bewegungserfassung in dichten, dynamischen Szenen für mobile, autonome Systeme

    Autonomous vehicles will be an indispensable component of future mobility systems. Autonomous vehicles can significantly increase the safety of driving while simultaneously increasing traffic density.

  6. GreifbAR – Greifbare Realität - geschickte Interaktion von Benutzerhänden und -fingern mit realen Werkzeugen in Mixed-Reality Welten

    GreifbAR – Greifbare Realität - geschickte Interaktion von Benutzerhänden und -fingern mit realen Werkzeugen in Mixed-Reality Welten

    On 01.10.2021, the research project GreifbAR started under the leadership of the DFKI (research area Augmented Reality). The goal of the GreifbAR project is to make mixed reality (MR) worlds, includin

  7. PlantMap – PlantMap

    PlantMap – PlantMap

    The PlantMap project goal is a high-resolution spatiotemporal 3D map representation of individual plants – the PlantMap. Such a map will be filled with plant data taken by autonomous robots navigating

  8. M-RoCK – Human-Machine Interaction Modeling for Continuous Improvement of Robot Behavior

    M-RoCK – Human-Machine Interaction Modeling for Continuous Improvement of Robot Behavior

    The current developments in digitalization, AI-based data processing, and powerful hardware lay the groundwork for future embodied AI assistants. These intelligent robots must be versatile, adaptive a

  9. 5G-KL – 5G Kaiserslautern - Secure Communication and Localization for Automated Guided Vehicles in Flexible Production Environments

    5G-KL – 5G Kaiserslautern - Secure Communication and Localization for Automated Guided Vehicles in Flexible Production Environments

    The project is based on a 5G OpenRAN indoor network that will be installed in the joint demo room of the Intelligent Networks and Intelligent Factory Systems research areas as part of the German Resea

  10. CIAM – Cooperative Development of a Comprehensive Integrated Autonomous Underwater Monitoring Solution

    CIAM – Cooperative Development of a Comprehensive Integrated Autonomous Underwater Monitoring Solution

    In the CIAM project, autonomous underwater vehicles (AUVs) are being developed that are capable of autonomous inspection missions with a travel distance of 500km. This eliminates the need for supply v