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Flood Pattern Detection Using Sliding Window Technique

机译:使用滑动窗技术进行洪水模式检测

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Patterns could be discovered from historical data and can be used to recommend decisions suitable for a typical situation in the past. In this study, the sliding window technique was used to discover flood patterns that relate hydrological data consisting of river water levels and rainfall measurements. Unique flood occurrence patterns were obtained at each location. Based on the discovered flood occurrence patterns, mathematical flood prediction models were formulated by employing the regression technique. Experimental results showed that the mathematical flood prediction models were able to produce good prediction on the flood occurrences. Results from this study proved that sliding window technique was able to detect patterns from temporal data. It is also considered a sound approach to adopt in predicting the flood occurrence patterns as it requires no prior knowledge as compared to other approaches when dealing with temporal data.
机译:可以从历史数据发现模式,可用于推荐适合过去典型情况的决策。在本研究中,滑动窗技术用于发现洪水模式,这些洪水模式与河水水平和降雨测量组成的水文数据。在每个位置获得独特的洪水发生模式。基于发现的洪水发生模式,通过采用回归技术制定了数学泛滥预测模型。实验结果表明,数学洪水预测模型能够对洪水发生产生良好的预测。本研究结果证明了滑动窗技术能够检测时间数据的模式。它还被认为是采用在预测洪水发生模式时采用的声音方法,因为与处理时间数据的其他方法相比,它不需要现有知识。

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