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Visual Prompt Tuning

40 평가 기록 4 datasets

Visual Prompt Tuning(VPT) only introduces a small amount of task-specific learnable parameters into the input space while freezing the entire pre-trained Transformer backbone during downstream training. In practice, these additional parameters are simply prepended into the input sequence of each Transformer layer and learned together with a linear head during fine-tuning. VPT is especially effective in the low-data regime, and maintains its advantage across data scales. Finally, VPT is competitive for a range of Transformer scales and designs (ViTBase/Large/Huge, Swin). Put together, the results suggest that VPT is one of the most effective ways of adapting ever-growing vision backbones.

개요는 각 항목의 일부입니다. 위 탭에서 전체 기록을 페이지별로 탐색할 수 있습니다.

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Dataset기록된 모델 예시MetricPaperCode
SPT-Deep(ViT-B/16_MoCo_v3_pretrained_ImageNet-1K)
Mean Accuracy: 86.00
논문 -
SPT-Deep(ViT-B/16_MoCo_v3_pretrained_ImageNet-1K)
Mean Accuracy: 76.20
논문 -
SPT-Deep(ViT-B/16_MoCo_v3_pretrained_ImageNet-1K)
Mean Accuracy: 84.95
논문 -
SPT-Deep(ViT-B/16_MAE_pretrained_ImageNet-1K)
Mean Accuracy: 59.23
논문 -

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