Publication: A comprehensive review of artificial intelligence-based methods for predicting pan evaporation rate
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Date
2023
Authors
Abed M.
Imteaz M.A.
Ahmed A.N.
Journal Title
Journal ISSN
Volume Title
Publisher
Springer Nature
Abstract
This comprehensive study reviews the latest and most popular artificial intelligence (AI) techniques utilised for estimating pan evaporation (Ep), an essential parameter for water resource management and irrigation planning. Through an extensive evaluation of 76 papers published between 2006 and 2022, this study analyses the input data categories, time steps, properties, and capabilities of different AI models used for estimating Ep across various regions. The reviewed papers offer partial and comprehensive observations, providing valuable insights for researchers looking to model Ep in similar studies. Furthermore, this study proposes innovative theories and approaches to enhance the efficacy of Ep modelling in the relevant analysis domain. While hybrid AI techniques have gained popularity due to their perceived superiority over standalone deep learning and machine learning approaches, they often pose significant operational and computational challenges for Ep forecasting. As such, the study strongly recommends the use of transformer neural networks for Ep estimation, given their unique architecture and promising performance across various fields. Overall, this study presents a comprehensive and up-to-date overview of the latest AI-based techniques for estimating Ep and highlights the most promising approaches for future research. � 2023, The Author(s), under exclusive licence to Springer Nature B.V.
Description
Keywords
Artificial intelligence , Deep learning , Machine learning , Pan evaporation , Transformer neural network , Computation theory , Deep learning , Learning systems , Water management , Artificial intelligence techniques , Deep learning , Evaporation rate , Irrigation planning , Machine-learning , Management planning , Neural-networks , Pan evaporation , Transformer neural network , Water resources management , Evaporation