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Research Group for Applied Software Engineering
Forschungsgruppe für Angewandte Softwaretechnik

Cyber-Physical Systems

  • Theses_Dominic_Henze_Leveraging_Decentralized_Architectures_to_enable_Collaborating_Autonomous_Agents_in_the_Internet_of_Things

    Masterthesis
    Leveraging Decentralized Architectures to enable Collaborating, Autonomous Agents in the Internet of Things
    Advisor
    Dominic Henze
    Author
    Tim Lewandowski
    Date
    15.08.2019

  • Theses_Dominic_Henze_QoS_based_Service_Discovery_for_Dynamically_Scalable_Fog_Architectures

    Masterthesis
    QoS based Service Discovery for Dynamically Scalable Fog Architectures
    Advisor
    Dominic Henze
    Author
    Sandra Grujovic
    Date
    15.11.2019

  • Theses_Zardosht_Hodaie_Context_aware_Assistance_System_for_Manual_Assembly

    MA-BA
    TUMA: Intelligent Tutoring System for Manual-Procedural Activities
    Advisor
    Zardosht Hodaie
    Author
     
    Date
    2017/2018

    A manual-procedural activities (MPA) involves following the steps of a given workflow for manipulating the physical world. Examples include manual assembly, repair and maintenance, different crafts, cooking, etc. To learn an MPA the trainee needs to master both the steps of the procedure and the hand skills required for manipulating physical objects and the using the tools. TUMA: An Intelligent Tutoring System for Manual-Procedural Activities supports trainees in learning an MPA. 

    Multiple topics available in context of the TUMA project. For details of the topics please see my chair web page. 

  • Theses_Zardosht_Hodaie_Gesture_Recognition_Conducting_Symphony_Orchestra

    Master's thesis
    Using Gesture Recognition Techniques for Conducting a Virtual Symphony Orchestra
    Advisor
    Zardosht Hodaie
    Author
    Alba Xhani
    Date
    2015
    Design and development of a virtual symphony orchestra that reacts to conducting gestures performed using a smart baton. The recognition of the gestures is based motion data sent from the baton.

  • Theses_Zardosht_Hodaie_Pinocch.io_Smart_Baton

    Bachelor's thesis
    Pinocch.io: Design and Implementation of an Smart Baton for Automatic Detection of Conducting Gestures
    Advisor
    Zardosht Hodaie
    Author
    Daniel Peter
    Date
    2015
    Design and development of a smart baton. The baton consists of an IMU and the controller boards that send the motion data in different formats via BLE to the desktop computer. An interface to other systems and the the program for configuration of the baton is developed.