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Projects

  1. Sino Inno Cap

    In the Sinno Inno Cap project, the innovation measures of inorganic enterprise development of large Chinese enterprises are investigated.

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    Shenzen is one of the fastest growing cities in the world

  2. DiProLeA

    Development of a complete digital production process with an integrated a smart learning assistance system that studies assembly steps and understands live scene for manual assembly tasks.

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    Two students work on a digital production process with a learning assistance system.

  3. Accasi

    Three Aschaffenburg UAS Laboratories collaborate in combining their fields of expertise to create innovative solutions and establish a Competence Center for Astronomical and Space Instrumentation.

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    Scientists of TH AB on the Lomnický štít in Slovakia

  4. SKZ

    Optimisation of the thermal joining quality of hybrid metal-fibre-plastic composites by additively manufactured surface-structured metal parts.

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    Zwei Zahnräder

  5. EpiLABKI

    The EpiLABKI project is using artificial intelligence to build an epidemic simulator for the Aschaffenburg region.

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    The EpiLABKI project develops an epidemic simulator

  6. DigiBridge

    The German-Ukrainian university cooperation strengthens internationalisation, digitalisation and communication in many ways.

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    Das Projekt digiBridge stärkt die deutsch-ukrainische Hochschulkooperation zwischen der TH AB und der LPNU.

  7. WindEFCY

    The aim of the projects is to be able to better calculate the energy generated by planned wind farms and thus accelerate the transition to cleaner energy sources.

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    Weiße Windräder stehen zwischen grünen Bäumen vor blauen Himmel.

  8. LOTUS 2: Innovations in laser optics technology for ultraviolet, ultra-short pulsed lasers

    Innovations in laser optics technology for ultraviolet, ultra-short pulsed lasers. The trend towards miniaturization in the micrometer range demands innovative processing tools.

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    ZeWiS employees during the inspection of the metallic workpiece from the hybrid 3D printing manufacturing process.

  9. BFS Hot Bragg

    High temperature Bragg sensors made of sapphire fibres.

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    Im Projekt BFS Hot Bragg kommt eine Ultrakurzpuls-Laserdrehbank zum Einsatz.

  10. AGENS Neural Networks (NN)

    Analytic-generative networks for system identification. Subproject 4: Adaptation of raw data and associated data representation.

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    Das AGENS-Projekt entwickelt Generative Neuronale Netze zur Datenerweiterung

  11. AGENS Neural Networks (NN)

    Analytical-generative networks for system identification. Sub-project 4: Adaptation of the raw data and associated data visualisation.

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    Das AGENS-Projekt entwickelt Generative Neuronale Netze zur Datenerweiterung

  12. GesInA40

    Gesture-based, machine-learning industrial assistance system to support manual assembly processes.

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    Menschliche Hände aus der Vogelperspektive auf denen die Knochen in verschiedenen Farbenaufgezeichnet sind. Die Hände greifen nach etwas auf einem weißen Tisch.

  13. KI Data Tooling

    Methods and tools for the generation and optimization of training and validation of data for AI functions in autonomous vehicles.

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    The research intersection of TH Aschaffenburg is used, for example, in the AI Data Tooling project.

  14. KAnIS: cooperative autonomous intralogistics systems

    Improving the efficiency of intralogistics processes through cooperative autonomous industrial trucks.

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  15. KIProBatt: Intelligent battery cell production with AI-supported process monitoring

    Subproject: Hybrid process modeling by integrating an AI-based anomaly detection into a physical-technical process simulation.

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    Batteries standing with positive pol up