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Deutsch Intern
    Chair of Computer Science VI - Artificial Intelligence and Applied Computer Science

    Dr. Kirill Djebko

    University of Würzburg
    Department for Artificial Intelligence
    and Knowledge Systems
    Am Hubland
    D-97074 Würzburg

     

    Room:  BH015
    Phone: +49 931 / 31 - 86405
    Email:   kirill.djebko@uni-wuerzburg.de

    About

    Kirill Djebko has been working at the University of Würzburg since 2015 and received his PhD in 2020. Since 2019 he has been wokring on the KINERGY-Project.

     

    Research Interests

    Research Interests include but are not limited to: Metaheuristics in simulation with an emphasis on genetic algorithms, optimization and regression algorithms.

     

    Projects

    Kirill Djebko is currently involved in the simulation component of the KINERGY project, which goal it is to optimize heating systems. These optimizations are to be done by first building a digital model of a real heating system with parameters corresponding to adjustable settings and internal parameters, then calibrating the internal parameters of the model with measured data from the real system, while keeping the adjustable settings parameters fixed, and finally using the calibrated model to calculate behavioral changes when modifiying the settings parameters while keeping the internal parameters fixed. The modified values for the settings parameters are supplied by a Decision Support System (DSS), which is an additional component beeing developed as part of the KINERGY project. The DSS in turn receives the health status of the real heating system from a third component, Deadalus, a web agent, that analyzes measured data and periodically invokes the DSS in order to either detect malfunctions or to check for a possible improvement, both of which result in possible changes of the settings parameters. These settings parameters are then passed to the simulation component, a simulation is performed and the resulting simulated data is analyzed wether it yields an improvement. In a later step the improved settings parameters are to be applied to the physical heating system to evaluate its real world effect.

     

    [Translate to Englisch:] Publications

    • Model-Based Fault Detection and Diagnosis for Spacecraft with an Application for the SONATE Triple Cube Nano-Satellite. Djebko, Kirill; Puppe, Frank; Kayal, Hakan in Aerospace (2019). 6(10) 105.
       
    • Next Level Autonomous Nanosatellite Operations. Kayal, Hakan; Balagurin, Oleksii; Djebko, Kirill; Fellinger, Gerhard; Puppe, Frank; Seipel, Dietmar; Serdar, Saliha; Schneider, Alexander; Schwarz, Tobias; Wojtkowiak, Harald (2018).
       
    • A model-based fault detection and root cause identification system for increased autonomy of small satellites. Djebko, Kirill; Schwarz, Tobias; Fellinger, Gerhard; Kayal, Hakan; Puppe, Frank; Schartel, Andreas; Schneider, Alexander; Vodopivec, Ana; Wojtkowiak, Harald (2017).
       
    • A concept for a nanosatellite mission to demonstrate autonomous system technologies. Balagurin, Oleksii; Djebko, Kirill; Fellinger, Gerhard; Kayal, Hakan; Schartel, Andreas; Schneider, Alexander; Schwarz, Tobias; Vocopivec, Ana; Wojtkowiak, Harald (2017).
       
    • ADIA-L: Implementation and Integration of a Model-Based Autonomous Diagnostic System as Payload for the Nanosatellite Mission SONATE. Fellinger, Gerhard; Djebko, Kirill; Jäger, Eric; Balagurin, Oleksii; Kayal, Hakan; Puppe, Frank; Schneider, Alexander; Schwarz, Tobias; Wojtkowiak, Harald (2017).
       
    • SONATE - A Nanosatellite for Autonomy. Kayal, Hakan; Balagurin, Oleksii; Djebko, Kirill; Fellinger, Gerhard; Greiner, Tobias; Puppe, Frank; Schneider, Alexander; Schwarz, Tobias; Wojtkowiak, Harald (2017).
       
    • autonomous mission operation onboard nano-satellite sonate. Wojtkowiak, Harald; Djebko, Kirill; Fellinger, Gerhard; Greiner, Tobias; Kayal, Hakan; Schneider, Alexander; Schwarz, Tobias (2017).
       
    • ADIA++: An Autonomous Onboard Diagnostic System for Nanosatellites. Fellinger, Gerhard; Djebko, Kirill; Jäger, Eric; Kayal, Hakan; Puppe, Frank; Stier, Simon B. (2016).
       
    • SONATE - A Nano Satellite for the In-Orbit Verification of Autonomous Detection, Planning and Diagnosis Technologies. Kayal, Hakan; Balagurin, Oleksii; Djebko, Kirill; Fellinger, Gerhard; Puppe, Frank; Schartel, Andreas; Schwarz, Tobias; Vodopivec, Ana; Wojtkowiak, Harald (2016).
       
    • SONATE Nanosatelliten-Mission zur Erprobung von hochautonomen Nutzlasten. Schwarz, Tobias; Balagurin, Oleksii; Djebko, Kirill; Fellinger, Gerhard; Kayal, Hakan; Puppe, Frank; Schartel, Andreas; Vodopivec, Ana; Wojtkowiak, Harald (2016).