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Machine learning based approach for demand forecasting anti-aircraft missiles

机译:基于机器学习的防空导弹需求预测方法

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The Korean military's demand forecasting of spare parts is a major topic for logistics assistance, which considerably affects efficient management of the national defense budget. A time series forecasting method has previously been used, but the results lack accuracy and need improvement. In this study, we collected mass data including 17,451,247 structured and unstructured data on anti-aircraft missile data in the army's DELIIS. Then, we used an ensemble technique to reduce the model's variability and demonstrated increased accuracy for demand forecasting compared with the previous time series method.
机译:韩国军方对备件的需求预测是后勤援助的一个重要主题,这极大地影响了国防预算的有效管理。以前已经使用了时间序列预测方法,但是结果缺乏准确性,需要改进。在这项研究中,我们收集了陆军DELIIS中包括防空导弹数据的17,451,247的结构化数据和非结构化数据的海量数据。然后,我们使用了集成技术来减少模型的可变性,并证明了与以前的时间序列方法相比,需求预测的准确性有所提高。

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