Fraunhofer-Zentrum Digitale EnergieThe thesis aims to extend a co-simulation framework to analyze cyber-physical systems formed by integrated electrical and ICT networks, incorporating a graph-based representation with physical properties and hybrid metrics to identify critical components and assess system vulnerability and resilience, and to present the analysis visually for clear understanding.
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The objectives include evaluating LLMs as interactive user interfaces for energy management, exploring a combined tool with an LLM and Python-based engine for building modeling, identifying key factors for successful LLM-powered chatbot development, and implementing and evaluating the developed platform.
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This thesis aims to develop an approach to analyze interdependent multi-domain network infrastructures, focusing on electrical and ICT networks as examples, extending graph-theoretical metrics to incorporate domain-specific properties and interdependencies to assess vulnerability and resilience of the entire system.
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