AI Meets the Tide: Machine Learning Predicts Coastal Erosion on the Nile Delta
Researchers combined the Coastal Modelling System with Bayesian optimization and machine learning to predict erosion and sedimentation at Egypt's Kitchener ...
Researchers combined the Coastal Modelling System with Bayesian optimization and machine learning to predict erosion and sedimentation at Egypt's Kitchener ...
A new architecture-diverse TabNet ensemble classifies seven crop types from harmonized multi-source soil data with 90.5 percent accuracy, outperforming XGBoost ...
A Design-by-Morphing and Bayesian optimization framework explored 5.8 million vertical-axis wind turbine configurations and found a hybrid blade design that ...
A new multi-modal AI method pairs structured text descriptions generated by a large language model with image analysis to identify ...
Every production process is, at its core, a black box. Engineers set parameters such as temperatures, pressures, feed rates, and ...
A first-of-its-kind benchmark from the Technical University of Munich compares algorithms for optimizing industrial robot base placement, finding that an ...
Researchers have developed two open-source optimization methods, GATO and BOBR, that learn optimal histogram bin boundaries directly in multi-dimensional classifier ...
A new review examines how artificial intelligence and machine learning could transform the design of sustainable, non-toxic marine antifouling coatings ...
Researchers have developed X-URL, a character-level deep learning framework that classifies malicious URLs into four threat categories with over 98 ...
Researchers in Switzerland have developed an uncertainty-weighted neural network that incorporates standardized measurement uncertainty into both training and evaluation, improving ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine