AI Learns to Remember: Topology-Guided Transfer Boosts Cross-Domain Action Recognition
Researchers in Tokyo have developed a transfer learning framework that encodes the topology of a source domain's feature space into ...
Researchers in Tokyo have developed a transfer learning framework that encodes the topology of a source domain's feature space into ...
A new study systematically benchmarks five CNN compression techniques across GPUs, CPUs, and noisy data, finding that the best choice ...
A new cross-modality knowledge distillation framework uses CT-derived feature supervision to boost chest X-ray classification of lung diseases by up ...
Researchers in Vietnam have developed WGPose-LL, a deep learning method that uses paired well-lit images to guide human pose estimation ...
Researchers in Chongqing have built a lightweight camera-only 3D detection framework that adapts its processing to scene complexity, fuses information ...
Researchers have developed SURGE, a graph unlearning framework that treats data deletion requests as structural perturbations and repairs graph neural ...
Researchers in China have developed a deep neural network fingerprinting method that explicitly separates stolen model copies from independently trained ...
Researchers in South Korea have developed a progressive distillation framework called ASBQ that trains one-bit binary neural networks to match ...
Researchers have developed FedML-DKD, a federated learning framework that uses Earth Mover's Distance to adaptively balance knowledge distillation and meta-learning, ...
A hybrid compression framework combining knowledge distillation, quantization-aware training, and dynamic inference achieves 92.3 percent semantic accuracy at 1.5 watts ...
Success! An email was just sent to confirm your subscription. Please find the email now and click 'Confirm Follow' to start subscribing.
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine