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    Distribution-Alignment Bridge for Text-Video Retrieval = 텍스트-비디오 검색을 위한 분포 정렬 브릿지

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    https://www.riss.kr/link?id=T17392619

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    This paper proposes the Distribution-Alignment Bridge (DAB), a framework that reconceptualizes text-to-video retrieval as a distribution alignment task rather than traditional deterministic point matching. By modeling both text and video embeddings as Gaussian distributions defined by mean and variance, DAB explicitly accounts for modality-specific uncertainty. We employ a deterministic, diffusion-inspired bridge to iteratively refine text distributions toward their target video distributions via a truncated process. This approach unifies probabilistic embedding and distributional transformation into a cohesive, end-to-end trainable system. To optimize cross-modal similarity, we introduce a distribution-aware contrastive loss utilizing Kullback-Leibler divergence. Extensive evaluations on MSR-VTT, MSVD, and VATEX benchmarks confirm that DAB significantly outperforms existing probabilistic and diffusion-based baselines, offering superior retrieval accuracy alongside interpretable uncertainty modeling.
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    This paper proposes the Distribution-Alignment Bridge (DAB), a framework that reconceptualizes text-to-video retrieval as a distribution alignment task rather than traditional deterministic point matching. By modeling both text and video embeddings as...

    This paper proposes the Distribution-Alignment Bridge (DAB), a framework that reconceptualizes text-to-video retrieval as a distribution alignment task rather than traditional deterministic point matching. By modeling both text and video embeddings as Gaussian distributions defined by mean and variance, DAB explicitly accounts for modality-specific uncertainty. We employ a deterministic, diffusion-inspired bridge to iteratively refine text distributions toward their target video distributions via a truncated process. This approach unifies probabilistic embedding and distributional transformation into a cohesive, end-to-end trainable system. To optimize cross-modal similarity, we introduce a distribution-aware contrastive loss utilizing Kullback-Leibler divergence. Extensive evaluations on MSR-VTT, MSVD, and VATEX benchmarks confirm that DAB significantly outperforms existing probabilistic and diffusion-based baselines, offering superior retrieval accuracy alongside interpretable uncertainty modeling.

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    목차 (Table of Contents)

    • 1. Introduction 1
    • 2. Related Work 4
    • 3. Methods 7
    • 4. Experiments 19
    • 5. Conclusions 28
    • 1. Introduction 1
    • 2. Related Work 4
    • 3. Methods 7
    • 4. Experiments 19
    • 5. Conclusions 28
    • References 29
    • 텍스트-비디오 검색을 위한 확률적 확산 브릿지 33
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