Development of Algorithm Patterns for Identifying the Time of Abnormal Low Temperature Generation

Jeongwon Lee, Choong Ho Lee
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Abstract

ㅤ Since 2018, due to climate change, heat waves and cold waves have caused gradual damage to social infrastructure. Since the damage caused by cold weather has increased every year due to climate change in recent 4 years, the damage that was limited to a specific area is now appearing all over the country, and a lot of efforts are being concentrated from experts in various fields to minimize this. However, it is not easy to study real-time observation of sudden abnormal low temperature in existing studies to reflect local characteristics in discontinuously measured data. In this study, based on the weather-related data that affects the occurrence of cold-weather damage, we developed an algorithm pattern that can identify the time when abnormal cold temperatures occurred after searching for weather patterns at the time of cold-weather damage. The results of this study are expected to be of great help to the related field in that it is possible to confirm the time when the abnormal low temperature occurs due to the data generated in real time without relying on the past data.
异常低温产生时间识别算法模式的发展
自2018年以来,由于气候变化,热浪和寒潮对社会基础设施造成了逐渐的破坏。近4年来,由于气候变化,寒冷天气造成的损失每年都在增加,因此,原本局限于特定地区的损失正在全国各地出现,各领域专家正在集中精力减少这种损失。然而,现有的研究很难对突发异常低温的实时观测进行研究,以反映不连续测量数据中的局部特征。在本研究中,基于影响冷害发生的天气相关数据,我们开发了一种算法模式,通过搜索冷害发生时的天气模式,可以识别出异常低温发生的时间。本研究的结果有望对相关领域有很大的帮助,因为可以通过实时生成的数据来确定异常低温发生的时间,而不依赖于过去的数据。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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