Comparison of predicted vs. actual natural gas production (January 25–February 25, 2024), with low deviation in low-temperature environments verifying the model’s stability under extreme climates.

Comparison of predicted vs. actual natural gas production (January 25–February 25, 2024), with low deviation in low-temperature environments verifying the model’s stability under extreme climates.

<p>Comparison of predicted vs. actual natural gas production (January 25–February 25, 2024), with low deviation in low-temperature environments verifying the model’s stability under extreme climates.</p>

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Bibliographic Details
Main Author:	Dong Wang (73290) (author)
Other Authors:	Jian Lian (19690960) (author), Chengjiang Li (11430895) (author), Yanlei Wang (235566) (author)
Published:	2025
Subjects:	Biological Sciences not elsewhere classified Mathematical Sciences not elsewhere classified Information Systems not elsewhere classified reduced computational complexity recurrent neural network liquid level detection feature engineering techniques experimental results demonstrate enhance model performance efficient resource management deep learning predictions applying rigorous preprocessing time series forecasting capture temporal dependencies bidirectional long short natural gas production term memory model gas production term memory term dependencies handle long accurate forecasting xlink "> study proposes study contributes strong candidate sequential data recent advancement providing insights operational planning new dataset innovative self future research energy sector dataset comparing critical parameters comprehensive dataset attention mechanism art algorithms
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