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Adapting HLA-based co-simulation for interdependent infrastructure resilience management by Yifan Yang; S. Thomas Ng; Nan Li; Xin Xu; Pengpeng Xu; Frank J. Xu is a Engineering article available to read on EtoBox.

What is Adapting HLA-based co-simulation for interdependent infrastructure resilience management about?

Since infrastructure systems are threatened by natural or man-made hazards with unprecedented frequency and intensity, decision-makers spare no efforts in proposing methods and tools to improve the resilience of interdependent infrastructures. However, these approaches and toolkits are flawed in characterizing the heterogeneous operating regimes of different infrastructure systems. Moreover, worst-case scenario is commonly harnessed when generating the hazard information maps and assessing the induced adverse consequences on infrastructures, which is exaggerated as all the identified vulnerable spots in infrastructures rarely suffer from the worst situation simultaneously. Besides, resilience assessment methods are mostly static and not competent in capturing the emergence and development of specified hazard event and revealing the dynamic resilience behavior of interdependent infrastructure systems. To address these gaps, this paper proposes an overarching High Level Architecture (HLA)-based co-simulation framework which is composed of the HLA-based service adaptation supported by the Run Time Infrastructure (RTI) libraries, simulators and interface design between the federates, a

Who reads Adapting HLA-based co-simulation for interdependent infrastructure resilience management?

Author

Yifan Yang; S. Thomas Ng; Nan Li; Xin Xu; Pengpeng Xu; Frank J. Xu

Publisher

Elsevier BV

Published

2023

Language

EN

Field

Engineering (Physical Sciences)