面向气候背景环境的海上救援演练建模方法研究

Shan Chang, Xuyun Zhao, Bingnan Song, Yu Wang
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引用次数: 0

摘要

为了给海上救援模拟训练提供一个真实的救援环境,海洋气象环境建模变得越来越重要。在海洋气象环境的模拟中,复杂环境的模拟方法越来越成熟,模型也越来越复杂,而气候背景模式往往被忽视。如何为海上救援模拟训练提供真实、准确的基于数据的气候背景建模已成为迫切需要解决的问题。基于基于黄土(STL)的季节趋势分解过程和统计特征建模方法,提出了一种基于气候时间序列的动态气候背景建模方法。针对不同的气候模式模拟应用和气候变化的具体特征,该方法在考虑不同时间尺度气候因子变化的同时,相应地构建了不同海域、不同月份的动态气候背景模式。动态气候背景模式由气候要素年变化趋势、日平均异常变化趋势、日变化趋势和随机扰动4个不同时间段的气候趋势模式组成。这种气候背景模式的建模方法不仅可以反映气候变化的趋势,而且可以为模拟训练提供动态和数值气候背景信息。因此,将这些信息提供给指挥员或救援设备,可以进一步提高海上救援演练的有效性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on the Drill of Maritime Rescue Oriented Modeling Method of Climate Background Environment
In order to provide an about real-world rescue environment for marine rescue simulation training, meteorological marine environment modeling becomes more and more important. In the modeling of meteorological ocean environment, the modeling method of complex environment is becoming more and more mature and the models are becoming more sophisticated, while the climate background models are often overlooked. How to provide real and accurate data-based climate background modeling for marine rescue simulation training has become an urgent problem to be solved. Based on the seasonal-trend decomposition procedure based on Loess (STL) and statistical feature modeling method, a modeling method for constructing dynamic climate background modeling using climate time series is proposed. For different climate model simulation application and the specific characteristics of climate change, our method builds the dynamic climate background model for different sea areas and different months accordingly, while considering the changing of climatic factors at different time scales. The dynamic climate background model is composed of four climate trend models with different time periods, namely, the annual variation trend of climate elements, the daily mean anomaly variation trend, the daily variation trend and the random perturbation. This modeling method of climate background model is not just a way to reflect the trends of climate change, but also to provide a dynamic and numerical climate background information for simulation training. As a result, providing this information to the commander or the rescue equipment can further improve the effectiveness of maritime rescue drill.
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