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Papers/Rethinking Video ViTs: Sparse Video Tubes for Joint Image ...

Rethinking Video ViTs: Sparse Video Tubes for Joint Image and Video Learning

AJ Piergiovanni, Weicheng Kuo, Anelia Angelova

2022-12-06CVPR 2023 1Action ClassificationAction RecognitionAction Recognition In Videos
PaperPDFCode

Abstract

We present a simple approach which can turn a ViT encoder into an efficient video model, which can seamlessly work with both image and video inputs. By sparsely sampling the inputs, the model is able to do training and inference from both inputs. The model is easily scalable and can be adapted to large-scale pre-trained ViTs without requiring full finetuning. The model achieves SOTA results and the code will be open-sourced.

Results

TaskDatasetMetricValueModel
VideoKinetics-700Top-1 Accuracy83.8TubeViT-L
VideoKinetics-700Top-5 Accuracy96.6TubeViT-L
VideoCharadesMAP66.2TubeViT-L
VideoKinetics-400Acc@190.9TubeViT-H (ImageNet-1k)
VideoKinetics-400Acc@598.9TubeViT-H (ImageNet-1k)
VideoKinetics-400Parameters (M)632TubeViT-H (ImageNet-1k)
VideoKinetics-400Acc@190.2TubeVit-L (ImageNet-1k)
VideoKinetics-400Acc@598.6TubeVit-L (ImageNet-1k)
VideoKinetics-400Parameters (M)307TubeVit-L (ImageNet-1k)
VideoKinetics-400Acc@188.6TubeVit-B (ImageNet-1k)
VideoKinetics-400Acc@597.6TubeVit-B (ImageNet-1k)
VideoKinetics-400Parameters (M)86TubeVit-B (ImageNet-1k)
VideoKinetics-600Top-1 Accuracy91.8TubeVit-H
VideoKinetics-600Top-5 Accuracy98.9TubeVit-H
VideoKinetics-600Top-1 Accuracy91.5TubeVit-L
VideoKinetics-600Top-5 Accuracy98.7TubeVit-L
VideoKinetics-600Top-1 Accuracy90.9TubeVit-B
VideoKinetics-600Top-5 Accuracy97.3TubeVit-B
Activity RecognitionSomething-Something V2Top-1 Accuracy76.1TubeViT-L
Activity RecognitionSomething-Something V2Top-5 Accuracy95.2TubeViT-L
Action RecognitionSomething-Something V2Top-1 Accuracy76.1TubeViT-L
Action RecognitionSomething-Something V2Top-5 Accuracy95.2TubeViT-L

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