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Projects

Displaying results 31 to 40 of 1114.
  1. LIEREx – Language-Image Embeddings for Robotic Exploration

    LIEREx – Language-Image Embeddings for Robotic Exploration

    "Robot, bring me a cup!" This seemingly simple instruction often poses significant problems for robots. A robot can use semantic maps to query the positions of objects, but those objects may not even

  2. EINHORN – Entwicklung von menschenzentrierten Systemen zur dialogorientierten Interaktion mit erklärbaren KI-Methoden für Prozessintelligenz

    EINHORN – Entwicklung von menschenzentrierten Systemen zur dialogorientierten Interaktion mit erklärbaren KI-Methoden für Prozessintelligenz

    Die rasante Entwicklung im Bereich KI, sowohl bei Maschinellem Lernen und sogenannten Large Language Models (LLM), die für die Sprachinteraktion von Bedeutung sind, ermöglichen immer mehr Einsatzgebie

  3. DiTAq – Digital Twin of Aquatic Environments

    DiTAq – Digital Twin of Aquatic Environments

    Digital Twins (DTs) have gained significant popularity in various industries due to their real-time representation of physical objects. Recently, interest in applying DTs to environmental science has

  4. RIG – Robotics Institute Germany

    RIG – Robotics Institute Germany

    Robotics Institute Germany, national joint project of robotics research in Germany, coordinated by TU Munich The Robotics Institute Germany is an initiative by the Federal Ministry of Education and Re

  5. APLASTIC-Q Arktis – Strandmüllmonitoring arktischer Küsten mittels fernerkundlicher Methoden und automatisierter Datenauswertung durch künstliche Intelligenz

    APLASTIC-Q Arktis – Strandmüllmonitoring arktischer Küsten mittels fernerkundlicher Methoden und automatisierter Datenauswertung durch künstliche Intelligenz

    Beach litter is increasingly considered an important indicator of ocean pollution in international agreements. In the past, numerous methods have been developed to record beach litter. However, these

  6. TrustifAI – Mission Kl Innovation- and Quality Center (IQZ) Kaiserslautern (TrustifAI - Health and Wellbeing)

    TrustifAI – Mission Kl Innovation- and Quality Center (IQZ) Kaiserslautern (TrustifAI - Health and Wellbeing)

    Trustworthy AI applications for a secure future Under the leadership of acatech – National Academy of Science and Engineering, MISSION KI aims to strengthen the trustworthiness and reliability of AI a

  7. SimPROLEG – Development of an AI-supported software tool based on bio- / structural-mechanical replacement models to improve and shorten the design process of prosthetic leg sockets

    SimPROLEG – Development of an AI-supported software tool based on bio- / structural-mechanical replacement models to improve and shorten the design process of prosthetic leg sockets

    The Essentials in 30 Seconds The SimPROLEG project pursues the goal to improve and make the development of customized leg prosthesis sockets more efficient through AI-based simulation of the loads in

  8. Albatross – Applications for Lifelong Based Algorithms Targeting Robust Optimization on Sustainable Settings

    Albatross – Applications for Lifelong Based Algorithms Targeting Robust Optimization on Sustainable Settings

    At its core, Albatross is a research project in the area of continual learning. Continual Learning is an approach in artificial intelligence and machine learning where models learn and adapt continuou

  9. DI-OCDCPro – Open source chip design infrastructure as a learning and competition platform for students and young talents

    DI-OCDCPro – Open source chip design infrastructure as a learning and competition platform for students and young talents

    In order to strengthen the innovation ecosystem for chip design in Germany and to attract more young people to the important field of semiconductor development and chip design, the DI-OCDCpro project

  10. SIGN-HEP – Safe and industrially applicable normed HSM based on open EDA tools and processors

    SIGN-HEP – Safe and industrially applicable normed HSM based on open EDA tools and processors

    Open source approaches in hardware design have received increased attention in recent years; there are many promising approaches, but not yet industry-wide acceptance as in the software area. This pro