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Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan
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M. H. Erkoç And U. Doğan, "Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan," APPLIED OCEAN RESEARCH , vol.150, pp.1, 2024

Erkoç, M. H. And Doğan, U. 2024. Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan. APPLIED OCEAN RESEARCH , vol.150 , 1.

Erkoç, M. H., & Doğan, U., (2024). Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan. APPLIED OCEAN RESEARCH , vol.150, 1.

Erkoç, Muharrem, And Uğur DOĞAN. "Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan," APPLIED OCEAN RESEARCH , vol.150, 1, 2024

Erkoç, Muharrem H. And Doğan, Uğur. "Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan." APPLIED OCEAN RESEARCH , vol.150, pp.1, 2024

Erkoç, M. H. And Doğan, U. (2024) . "Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan." APPLIED OCEAN RESEARCH , vol.150, p.1.

@article{article, author={Muharrem Hilmi ERKOÇ And author={Uğur DOĞAN}, title={Machine Learning Models Applied to Altimetry Era Tide Gauge and Grid Altimetry Data for Comparative Long-Term Trend Estimation : A Study from Shikoku Island, Japan}, journal={APPLIED OCEAN RESEARCH}, year=2024, pages={1} }