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End-to-end Dense Video Captioning as Sequence Generation
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Dense video captioning aims to identify the events of interest in an input video, and generate descriptive captions for each event. Previous approaches usually follow a two-stage generative process, which first proposes a segment for each event, then renders a caption for each identified segment. Recent advances in large-scale sequence generation pretraining have seen great success in unifying task formulation for a great variety of tasks, but so far, more complex tasks such as dense video captioning are not able to fully utilize this powerful paradigm. In this work, we show how to model the two subtasks of dense video captioning jointly as one sequence generation task, and simultaneously predict the events and the corresponding descriptions. Experiments on YouCook2 and ViTT show encouraging results and indicate the feasibility of training complex tasks such as end-to-end dense video captioning integrated into large-scale pretrained models.
Forward citations
Cited by 3 Pith papers
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PR-DETR: Injecting Position and Relation Prior for Dense Video Captioning
PR-DETR injects k-means-derived position anchors and an overlap-aware relation mask into a DETR decoder, improving dense video captioning on two benchmarks.
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Implicit Location-Caption Alignment via Complementary Masking for Weakly-Supervised Dense Video Captioning
A complementary masking approach trains a mask generator with positive and negative masked captioning losses to implicitly align event locations with captions under weak supervision.
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Seq2Time: Sequential Knowledge Transfer for Video LLM Temporal Grounding
Seq2Time improves video LLM temporal grounding by pretraining on image and clip sequences with a unified relative position token, yielding higher F1 and CIDEr on YouCook2 and higher recall on Charades-STA.
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