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A Bayesian Network-Based Risk Assessment Framework for the Impact of Climate Change on Infrastructure

机译:基于贝叶斯网络的风险评估框架,用于影响基础设施的气候变化

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In the last few decades, global warming and climate change have had great impact on infrastructures. Increasingly frequent extreme weather conditions, such as heat wave, severe cold, floods, and earthquakes, significantly change the construction and operation process of infrastructures. Huge social and economic lost raises the awareness to address and alleviate possible risks resulted from climate change. Proper assessment approach is needed to appropriately evaluate the added risks from climate change. This research discusses the features of climate change risk assessment, and Bayesian Networks method is proven to be an effective tool to construct the assessment model due to its features. This paper proposes to develop a Bayesian Networks-based risk assessment framework to evaluate the impact of climate change on the infrastructures. The risk assessment steps are presented using a case study of high speed railway operation.
机译:在过去的几十年中,全球变暖和气候变化对基础设施产生了很大影响。越来越多的极端天气条件,如热浪,严重的寒冷,洪水和地震,显着改变了基础设施的建设和运行过程。巨大的社会和经济损失提高了解解决气候变化导致的风险的意识。需要适当的评估方法来适当评估气候变化的增加的风险。本研究讨论了气候变化风险评估的特征,并证明贝叶斯网络方法是一种有效的工具,可以通过其特征构建评估模型。本文建议开发以贝叶斯网络为基础的风险评估框架,以评估气候变化对基础设施的影响。使用高速铁路操作的案例研究提出了风险评估步骤。

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