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Projects

Displaying results 1 to 10 of 11.
  1. ForeSightNEXT – Platform for data, artificial intelligence and services in the smart living ecosystem

    ForeSightNEXT – Platform for data, artificial intelligence and services in the smart living ecosystem

    ForeSightNEXT is the lead project of the "SmartLivingNEXT" technology program funded by the BMWK and is developing the technological and economic basis for the creation of a secure, trustworthy and su

  2. 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

  3. HumanTech – Human Centered Technologies for a Safer and Greener European Construction Industry

    HumanTech – Human Centered Technologies for a Safer and Greener European Construction Industry

    The European construction industry faces three major challenges: improve its productivity, increase the safety and wellbeing of its workforce and make a shift towards a green, resource efficient indus

  4. SPELL – Semantische Plattform zur intelligenten Entscheidungs- und Einsatzunterstützung in Leitstellen und Lagezentren

    SPELL – Semantische Plattform zur intelligenten Entscheidungs- und Einsatzunterstützung in Leitstellen und Lagezentren

    Artificial intelligence in the interconnected control center of the future The SPELL project represents the idea of a semantic platform for intelligent decision-making and deployment support in contro

  5. SensoBike – Modell zur Erkennung von Fehlstellungen des Knies

    SensoBike – Modell zur Erkennung von Fehlstellungen des Knies

    Niederschwellig in den Alltag integriertes Trainings- und Mobilitätssystem zur orthopädischen Prävention am Beispiel von Kniearthrosen. Basis ist ein Pedelec-Ergometer, das erstmals die Belastung der

  6. DOF-Adaptiv – Adaptive Mapping of Degrees of Freedom as User Interface for an Assistive Robot

    DOF-Adaptiv – Adaptive Mapping of Degrees of Freedom as User Interface for an Assistive Robot

    An assistive robot arm is a valuable support for people with severely reduced mobility of arm and hand, but exhausting and time-consuming to use, because the seven movement possibilities (degrees of f

  7. KI@Home – Prädiktion von adverse events mittels Künstlicher Intelligenz und Ambient Assisted Living-Systemen in der Häuslichkeit von pflegebedürftigen Personen

    KI@Home – Prädiktion von adverse events mittels Künstlicher Intelligenz und Ambient Assisted Living-Systemen in der Häuslichkeit von pflegebedürftigen Personen

    The goal is to develop a risk assessment module for a smart home platform with a focus on "smart ageing". A collection of sensors is installed in the volunteers' flats and their base health status ass

  8. DIGITbrain – Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)

    DIGITbrain – Digital twins bringing agility and innovation to manufacturing SMEs, by empowering a network of DIHs with an integrated digital platform that enables Manufacturing as a Service (MaaS)

    DIGITbrain Project is an EU innovation program to give SMEs easy access to digital twins. A Digital Twin is the virtual representation of a product, system or process that simulates its physical attri

  9. ASCAPE – Artificial intelligence Supporting CAncer Patients across Europe

    ASCAPE – Artificial intelligence Supporting CAncer Patients across Europe

    The project objective is to take advantage of the advances in Big Data, Artificial Intelligence and Machine Learning to support cancer patients’ quality of life and health status. To this end, it will

  10. KI-EKG – Development of a evaluation methodology for energy efficiency measurement of AI hardware using the example of ECG analysis

    KI-EKG – Development of a evaluation methodology for energy efficiency measurement of AI hardware using the example of ECG analysis

    Significant improvements in the energy efficiency of AI hardware are a prerequisite for the growing spread of this computationally intensive technology. Science and business, nationally and internatio