Multi-layer resilience optimisation for next generation drone logistic networks

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The paper will present a novel approach to the design optimisation of a resilient Drone Logistic Network (DLN) for the delivery of medical equipment. It is proposed a digital blueprint methodology that integrates Digital Twin (DT) models and optimisation tools, with the goal to optimise both the network topology and the delivery planningscheduling over the defined network. The DLN is a complex system being composed of a high number of different classes of drones and ground infrastructures which interconnections give rise to the whole network behaviour. Uncertainty, that comes in different forms, affects at different levels the subsystems and the whole network. The paper will present the generative network optimisation which is the approach used to define, by design, the network topology and configuration that are optimal for the defined Key Performance Indicators. It will then focus on the operational optimisation problem which, for a predefined DLN, aims at determining the optimal drone’s planning and scheduling considering also the uncertainty on the environment and the possible unexpected events.
Original languageEnglish
Number of pages8
Publication statusPublished - 2 Sept 2022
EventEuropean Safety and Reliability Conference - TU Dublin, Dublin, Ireland
Duration: 28 Aug 20222 Sept 2022
Conference number: 32


ConferenceEuropean Safety and Reliability Conference
Abbreviated titleESREL 2022
Internet address


  • digital blueprint
  • digital twin
  • Physarum optimisation
  • drone logistic network
  • vehicle routing problem
  • complex system
  • graph theory
  • resilience
  • scheduling
  • planning


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