Hybrid AI Model Predicts Aero-Engine Inlet Pressure During Rapid Thrust Changes
Researchers at the Chinese Academy of Sciences have developed an event-aware CNN–GRU hybrid neural network that accurately predicts transient inlet ...
Researchers at the Chinese Academy of Sciences have developed an event-aware CNN–GRU hybrid neural network that accurately predicts transient inlet ...
A new triboinformatics study uses gradient boosting, deep learning, and interpretable AI to accurately predict wear and friction in Nitinol ...
Researchers fused 3D numerical simulation of ore-forming processes with an attention-enhanced deep learning network to map hidden gold targets beneath ...
Researchers in Toronto fine-tuned the Segment Anything Model to automatically segment footwear outsoles, using the resulting contact areas to predict ...
Researchers at Cincinnati Children's Hospital developed a two-stage deep learning pipeline that detects endotracheal tubes on pediatric chest X-rays with ...
A large-scale analysis of Chinese social media finds that intense positive sentiment toward cultural and residential urban places is associated ...
A new commentary in Pediatric Research argues that artificial intelligence could enable earlier, more reliable, and multidimensional detection of pulmonary ...
Researchers in China have developed Crop-GPA 2.0, a deep-learning framework that transfers SNP-level genotype-phenotype association predictions across crop species such ...
A systematic review of 111 studies shows that machine learning is rapidly becoming the design tool of choice for sustainable, ...
A new computational platform reveals how collagen architecture and myeloid cells cooperate to trap therapeutic T cells in pancreatic tumors, ...
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© 2025 Scienmag - Science Magazine