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This paper presents a novel co-simulationSimulation that integrates the performance models of an intervention systemIntervention system and its corresponding realization systemRealization system, with a focus on the provision of electrical power as a case study. This approach addresses a significant challenge in system architectureSystem architecture, where decisions within one system impact the performance of the other, leading to complex interdependenciesInterdependency. Through this co-simulationSimulation, we aim to bridge the art and science of system architectureSystem architecture by providing a holistic perspective that allows architects to consider both intervention effectiveness and realization constraints at once. This framework offers practical insights for optimizing both system performance and resource allocation, making it a valuable tool for system designers and decision-makers alike.

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Co-Simulation of the Intervention and Realization Systems

  • 会议论文

  • 发表日期：

    2026年

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  • Fahad Izhar Khan,
  • Alejandro Salado

摘要

This paper presents a novel co-simulationSimulation that integrates the performance models of an intervention systemIntervention system and its corresponding realization systemRealization system, with a focus on the provision of electrical power as a case study. This approach addresses a significant challenge in system architectureSystem architecture, where decisions within one system impact the performance of the other, leading to complex interdependenciesInterdependency. Through this co-simulationSimulation, we aim to bridge the art and science of system architectureSystem architecture by providing a holistic perspective that allows architects to consider both intervention effectiveness and realization constraints at once. This framework offers practical insights for optimizing both system performance and resource allocation, making it a valuable tool for system designers and decision-makers alike.