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Projects

Displaying results 41 to 50 of 123.
  1. FloReST – Urban FloodResilience - Smart Tools

    FloReST – Urban FloodResilience - Smart Tools

    Partners Das Projektkonsortium besteht aus der Hochschule Koblenz (Konsortialführer), der Universität Trier, der Hochschule Trier mit dem Umwelt-Campus Birkenfeld (UCB), dem Deutschen Forschungszentru

  2. KIBA – Al-assisted motion analysis and therapy

    KIBA – Al-assisted motion analysis and therapy

    The aim of the project "Al-assisted motion analysis and therapy (KIBA)" is to establish a research infrastructure for AI-based motion analysis and therapy optimization. The AI laboratory will be used

  3. R4Agri – Reasoning auf landwirtschaftlichen Daten - Integration von Metriken und qualitativen Perspektiven

    R4Agri – Reasoning auf landwirtschaftlichen Daten - Integration von Metriken und qualitativen Perspektiven

    "Entferne schädliches Unkraut auf dem Feld, aber setze keine chemischen Mittel in der Nähe eines Gewässers ein!" Bei der Durchführung landwirtschaftlicher Arbeiten müssen solche Regeln beachtet werden

  4. AW4.0 – Autowerkstatt4.0

    AW4.0 – Autowerkstatt4.0

    In the project Autowerkstatt 4.0 (AW 4.0), a consortium consisting of companies and research institutes is developing a platform for the trustworthy data exchange of industry-specific AI models and ve

  5. COOPERANTS – COllabOrative Processes and sERvices for AeroNauTics and Space

    COOPERANTS – COllabOrative Processes and sERvices for AeroNauTics and Space

    The flagship project "Collaborative Processes and Services for Aeronautics and Space" (COOPERANTS) is a project funded by the Federal Ministry for Economic Affairs and Climate Action (BMWK). The proje

  6. 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

  7. MaLeBeCo – Machine Learning Application Benchmarking on COTS Inference Processors

    MaLeBeCo – Machine Learning Application Benchmarking on COTS Inference Processors

    The main objectives of the activity cover the following aspects: Generation of a reusable and open reference dataset: For this activity several different use-cases have been proposed to be selected fo

  8. ROLAND – ROLAND

    ROLAND – ROLAND

    The aim of the project is to design and develop a semi-autonomous, mobile system that is capable of harvesting fruit independent of human interaction. While robotic systems are currently used mainly i

  9. STARLIT – Smarte Automatisierungs- und Roboterwerkzeuge als modulare Lösungen im industriellen Raumfahrtbereich

    STARLIT – Smarte Automatisierungs- und Roboterwerkzeuge als modulare Lösungen im industriellen Raumfahrtbereich

    In-orbit servicing and in-orbit manufacturing operations are becoming increasingly important in todays and future space applications. Almost all potential applications require the ability to interact

  10. CognitiveWeeding – selective management of harmful and non-harmful weeds using artificial intelligence

    CognitiveWeeding – selective management of harmful and non-harmful weeds using artificial intelligence

    The spontaneous vegetation that accompanies arable farming (generally referred to as (un)harmful weeds) can lead to major yield losses if not controlled. However, of the approximately 350 plant specie