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Smart port-hinterland integration: conceptual proposal and simulation-based analysis in Brazilian ports

机译:智能端口 - 腹地集成:巴西端口的概念提案和基于仿真分析

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摘要

Global supply chains drive international trade growth, imposing challenges upon port operations. To cope with rising volumes, involved participants in port logistics systems must adopt a coordinated and streamlined operational decision-making. Along with suitable infrastructure, the proper deployment of smart concepts and technologies can improve port-hinterland connection. In this context, this paper aims to propose a smart port-hinterland integration concept, which allows for vehicle flow operational visibility and synchronisation. The concept is assessed considering real-world data obtained from five major Brazilian ports, which aimed to mitigate infrastructure challenges. Obtained results substantiate that the adoption of smart port logistics systems improves the efficiency and reliability of port-hinterland integration, reducing disruptions risks for involved global supply chains.
机译:全球供应链推动国际贸易增长,对港口运营施加挑战。 为了应对升高的卷,涉及港口物流系统的参与者必须采用协调和精简的业务决策。 随着合适的基础设施,智能概念和技术的正确部署可以改善端口腹地连接。 在这方面,本文旨在提出智能端口腹地集成概念,允许车辆流动操作可见性和同步。 考虑到从五大巴西港口获得的现实数据,评估该概念,该概念旨在减轻基础设施挑战。 获得的结果证实,采用智能港口物流系统的采用提高了端口腹地集成的效率和可靠性,减少了涉及全球供应链的破坏风险。

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