AI Learns to Read Barefoot Footprints Like a Forensic Scientist
Chinese researchers have developed CDCNet, a deep learning framework that recognizes fine-grained barefoot footprint regions with 83.2 percent mean Average ...
Chinese researchers have developed CDCNet, a deep learning framework that recognizes fine-grained barefoot footprint regions with 83.2 percent mean Average ...
Researchers in China have developed HA-DETR, a transformer-based detector that adaptively enhances features at different semantic levels to overcome blur, ...
Researchers in China have developed UG-HRNet, a lightweight high-resolution network that pairs a unified guidance deformable convolution with an alternating ...
Researchers in China have developed MAF-Net, a multi-scale attention fusion network that achieves a record Dice score of 85.47 percent ...
Researchers in China have developed HSF-Net, a hybrid-scale fusion deep learning network that achieved an 83.4 percent Dice score in ...
Researchers in China have developed NAHFormer, a transformer-based segmentation framework using neighborhood attention and hierarchical feature fusion that outperforms state-of-the-art ...
Fine-grained visual classification has long been one of the most stubborn problems in computer vision, and a new study published ...
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© 2025 Scienmag - Science Magazine