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Collaborative risk management in sensitive logistics nodes

机译：敏感物流节点中的协​​同风险管理

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Purpose - The integration of business processes across multiple companies can provide economic benefits, thus ensuring the sustainability of the involved companies. However these advantages are accompanied by many potential risks. For instance, emerging disruptions within a supply chain can spread over several partners resulting in economic losses. The purpose of this paper is to focus on the development of a collaborative cross-supply chain framework that reduces the extent of loss after the occurrence of unforeseen damaging events in sensitive logistics nodes. Design/methodology/approach - To handle the impacts of unforeseen damaging events in sensitive logistics nodes, the focus of our approach lies on the implementation of a collaboratively applicable concept for sensitive logistics nodes that supports a rapid collaborative decision-making among the partners. Therefore, different damaging events as well as the logistics and transport processes in freight villages are determined and implemented in an agent-based simulation model. Findings - Multi-agent simulation can be used for a scenario-based collaborative risk management in sensitive logistics nodes. By executing simulation experiments the impacts of selected damaging events can be analysed and used for the development of scenario specific strategies for the partners in sensitive logistics nodes with the objective to maintain the flow of goods after disturbances. Practical implications - The paper proposes a multi-agent simulation, which can be used collaboratively in a cross-supply chain team to support decision-making processes in sensitive logistics nodes after a disruption has occurred. To get an effective and efficient tool, involved companies are included into the development and implementation processes. Originality/value - The value of this paper lies in the approach of a multi-agent based simulation system that supports a collaborative risk management across different companies and different supply chains in sensitive logistics nodes.
机译：目的-跨多个公司的业务流程集成可以提供经济利益，从而确保所涉及公司的可持续性。然而，这些优点伴随着许多潜在的风险。例如，供应链中新出现的中断可能会扩散到多个合作伙伴，从而导致经济损失。本文的目的是专注于开发一个协作的交叉供应链框架，该框架可减少在敏感的物流节点中发生不可预见的破坏性事件后的损失程度。设计/方法/方法-为了处理敏感物流节点中无法预料的破坏性事件的影响，我们的方法重点在于为敏感物流节点实施可协作应用的概念，该概念可支持合作伙伴之间的快速协作决策。因此，在基于代理的仿真模型中确定并实施了不同的破坏事件以及货运村的物流和运输过程。调查结果-多主体仿真可用于敏感物流节点中基于场景的协作风险管理。通过执行模拟实验，可以分析选定的破坏事件的影响，并将其用于针对敏感物流节点中的合作伙伴的方案特定策略的开发，目的是在扰动后维持货物流。实际意义-本文提出了一种多主体仿真，可以在跨供应链团队中协同使用，以在发生中断后支持敏感物流节点中的决策过程。为了获得有效的工具，参与的公司被包括在开发和实施过程中。独创性/价值-本文的价值在于基于多主体的仿真系统的方法，该系统支持跨不同公司和敏感物流节点中不同供应链的协作风险管理。

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