Hybrid machine-learning model improves TiN thickness prediction with limited calibration data
A modeling study found that MAML-GPR predicted TiN coating thickness more accurately than four reference models under fivefold cross-validation and ...
A modeling study found that MAML-GPR predicted TiN coating thickness more accurately than four reference models under fivefold cross-validation and ...
Researchers at Sun Yat-sen University have developed an improved convolutional prototype network that classifies known environmental sounds and rejects unknown ...
A new incremental few-shot fault diagnosis framework uses a diffusion model to generate synthetic samples for rare new fault classes, ...
Researchers have built a temporal-aware retrieval-augmented generation framework that helps large language models generate safer, evidence-based treatment plans for idiopathic ...
A new few-shot learning framework called ViTRelNet co-adapts a fine-tuned Vision Transformer with a learned similarity metric to classify unseen ...
A systematic review of 91 studies shows AI-based medication recognition advancing rapidly through detection, OCR, and few-shot learning, while external ...
Egyptian researchers have built a hybrid Vision Transformer and CNN framework with spectral band selection that outperforms few-shot learning methods ...
A new frequency-aware study reveals that oracle bone character detectors scoring well overall nearly fail on rare glyphs, and introduces ...
Researchers have developed a few-shot AI framework that combines agentic retrieval-augmented generation with multi-agent data augmentation to detect coded dog-whistle ...
Researchers have combined prototypical few-shot learning with adversarial training to build an IoT intrusion detection system that learns attacks from ...
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© 2025 Scienmag - Science Magazine