Open-source suite exposes how algorithms change porous-stone measurements
An open-source application unifies 14 pore-segmentation methods with colour and ageing analysis, revealing that identical stone images can produce image-porosity ...
An open-source application unifies 14 pore-segmentation methods with colour and ageing analysis, revealing that identical stone images can produce image-porosity ...
A narrative review finds that airway AI must preserve branching anatomy, generalize across institutions and demonstrate clinical utility rather than ...
A 2026 Perspective proposes a five-part design and deployment roadmap for foundation models that jointly represent donor, recipient and graft ...
A review of 705 studies found no universally superior adaptation strategy for medical image foundation models, while independent validation and ...
KAIST’s GeoCore-9B outperformed task-specific systems on key public-dataset measures for cloud removal and led some radar-to-optical conversion metrics.
A foundation model trained on more than 40 million facial images produced tools that estimate biological age and directly predict ...
Transplantation researchers argue that AI in transplant medicine consists of many narrow, single-purpose tools rather than one monolithic system, and ...
A systematic review of 50 studies reveals that federated learning, differential privacy, and secure computation each carry distinct mathematical trade-offs ...
Researchers outline a comprehensive blueprint for building trustworthy foundation models that emulate expensive physics simulations on exascale supercomputers.
Researchers have proposed a five-pillar, twelve-proposition governance framework to close the widening gap between generative AI capabilities in urban mobility ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine