Preprint compares Banach, Hilbert and Euclidean domain adaptation
An L1 density regularizer beats an identical L2 ablation on every reported task, including 92.44% versus 89.80% on USPS to MNIST.
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An L1 density regularizer beats an identical L2 ablation on every reported task, including 92.44% versus 89.80% on USPS to MNIST.
B1 EfficientNet achieves highest accuracy for four-class SD-OCT classification, outperforming larger variants.
Adversarial attacks on transfer learning reveal a strong link between source generalization and successful transfer.
UID-Conj. auxiliary rewards boost online adaptation and offline SFT by 2.08 and 1.93 points over baselines on AIME math tasks.
After calibration, DISC scores pairs from metric values and tracks forecasting error better than any single metric.
The authors report 47 percent better accuracy than a non-transfer model and model efficiency up to 67.5 percent in high noise.
Transfer from ridge-regression pretraining can achieve minimax-optimal scaling under power-law covariance shift.
Instrument-anchored LLM judges transfer counseling-quality ratings across domains and beat in-domain training.
Researchers show dynamic graph models transfer poorly and propose STSA for cross-domain edge classification.
Sequential LoRA transfer from English PHQ-8 interviews to Chinese HAMD-17 consultations improves depression-score prediction with Qwen3.
Task-adapted models classify French accident narratives across sectors at about 86% balanced accuracy.
BrainWideBench tests whether pretrained neural representations transfer across mice, behavior, dynamics, and anatomy.
Study shows pretraining gains for neural PDE surrogates depend on distribution shift type, target data budget, and whether source-target physics differ.
TrED formalizes transfer learning for domains whose data availability evolves over time, arguing classical settings are regimes along one trajectory, and remains unsolved.
Multi-task RNN architectures pooling sparse cultivar data improve grape cold-hardiness and budbreak prediction over single-task and scientific baselines.
Frozen DINOv3 optical prototypes supervise SAR target recognition without EO/SAR pairs, improving classification on the heavily imbalanced UNICORNv2 dataset.
Researchers introduce StudyBench, a physics benchmark showing self-evolution gains on textbook problems rarely transfer to olympiad-level questions.
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