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    Scheduling and pricing strategies for prosumers in a microgrid
    (2026)
    We analyze fundamental scheduling and pricing problems with applications in energy trading. We consider agents in microgrids, wishing to optimize their cost by strategically buying, selling and storing energy in a battery, to satisfy their demand. They plan over a finite time horizon, where energy prices and demand may continuously change. We model several variants of this problem, and provide algorithms whose performance we analyze both theoretically and experimentally.
    Publicationtype: Doctoral Thesis
      68  20
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    Multiobjective compiler-based optimizations for hard real-time systems
    (2022-12) ;
    The thesis presents multiobjective compiler-based optimizations to find trade-offs between the worst-case execution time, energy consumption, and code size of hard real-time systems. It introduces a novel compiler-based compression technique guaranteeing that a compiled program satisfies its timing constraints. The thesis tackles timing issues caused by solving multiobjective problems by evolutionary algorithms at compile time. The thesis introduces a search space reduction technique and a prediction model based on machine learning to speed up the solution process.
    Publicationtype: Doctoral Thesis
      169  1143