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Modeling of inter-organizational coordination dynamics in resilience planning of infrastructure systems: A multilayer network simulation framework

机译:基础设施系统恢复力规划中组织间协调动态的建模:多层网络仿真框架

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This paper proposes and tests a multilayer framework for simulating the network dynamics of inter-organizational coordination among interdependent infrastructure systems (IISs) in resilience planning. Inter-organizational coordination among IISs (such as transportation, flood control, and emergency management) would greatly affect the effectiveness of resilience planning. Hence, it is important to examine and understand the dynamics of coordination in networks of organizations within and across various systems in resilience planning. To capture the dynamic nature of coordination frequency and the heterogeneity of organizations, this paper proposes a multilayer network simulation framework enabling the characterization of inter-organizational coordination dynamics within and across IISs. In the proposed framework, coordination probabilities are utilized to approximate the varying levels of collaboration among organizations. Based on these derived collaborations, the simulation process perturbs intra-layer or inter-layer links and unveils the level of inter-organizational coordination within and across IISs. To test the proposed framework, the study examined a multilayer collaboration network of 35 organizations from five infrastructure systems within Harris County, Texas, based on the data gathered from a survey in the aftermath of Hurricane Harvey. The results indicate that prior to Hurricane Harvey: (1) coordination among organizations across different infrastructure systems is less than the coordination within the individual systems; (2) organizations from the community development system had a low level of coordination for hazard mitigation with organizations in flood control and transportation systems; (3) achieving a greater level of coordination among organizations across infrastructure systems is more difficult and would require a greater frequency of interaction (compared to within-system coordination). The results show the capability of the proposed multilayer network simulation framework to examine inter-organizational coordination dynamics at the system level (e.g., within and across IISs). The assessment of inter-organizational coordination within and across IISs sheds light on important organizational interdependencies in IISs and leads to recommendations for improving the resilience planning process.
机译:本文提出了一种多层框架,用于模拟相互依存基础设施系统(IISS)之间组织间协调的网络动态的多层框架。 IISS之间的组织间协调(如运输,防洪和应急管理)将极大地影响恢复力规划的有效性。因此,重要的是要检查和理解在恢复力规划中的各种系统内部和各地的组织网络中协调的动态。为了捕捉协调频率的动态性和组织的异质性,提出了一种多层网络仿真框架,可以在内部和跨越IISS内部表征组织间协调动态。在提议的框架中,利用协调概率来估计组织之间的不同协作水平。基于这些派生的合作,模拟过程erturbs内层或层间链路,并推出内部和跨越IISS内部组织间协调的水平。为了测试拟议的框架,该研究审查了来自德克萨斯州哈里斯县的五个基础设施系统的35个组织的多层协作网络,基于飓风哈维后果的调查收集的数据。结果表明,在Hurricane Harvey之前:(1)不同基础设施系统的组织之间的协调低于各个系统内的协调; (2)来自社区发展系统的组织对防洪和运输系统中的组织进行了危险性危险程度的协调; (3)在基础设施系统中的组织之间实现更大的协调更加困难,并且需要更大的交互频率(与系统内部协调相比)。结果表明,所提出的多层网络仿真框架的能力,以检查系统级别的组织间协调动态(例如,内部和跨越IISS)。在IISS中的重要组织相互依存范围内和跨越的组织间协调评估,并导致改善恢复力规划过程的建议。

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