The paper proposes a text-motion contrastive loss (TMCCL) that improves video memorability prediction and a memorability-weighted correction for video summarization, but the loss as written has a sign error.
Does Video Summarization Require Videos? Quantifying the Effectiveness of Language in Video Summarization
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abstract
Video summarization remains a huge challenge in computer vision due to the size of the input videos to be summarized. We propose an efficient, language-only video summarizer that achieves competitive accuracy with high data efficiency. Using only textual captions obtained via a zero-shot approach, we train a language transformer model and forego image representations. This method allows us to perform filtration amongst the representative text vectors and condense the sequence. With our approach, we gain explainability with natural language that comes easily for human interpretation and textual summaries of the videos. An ablation study that focuses on modality and data compression shows that leveraging text modality only effectively reduces input data processing while retaining comparable results.
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Enhancing Video Memorability Prediction with Text-Motion Cross-modal Contrastive Loss and Its Application in Video Summarization
The paper proposes a text-motion contrastive loss (TMCCL) that improves video memorability prediction and a memorability-weighted correction for video summarization, but the loss as written has a sign error.