LC-Mamba: Local and Continuous Mamba with Shifted Windows for Frame Interpolation

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초록

In this paper, we propose LC-Mamba, a Mamba-based model that captures fine-grained spatiotemporal information in video frames, addressing limitations in current interpolation methods and enhancing performance. The main contributions are as follows: First, we apply a shifted local window technique to reduce historical decay and enhance local spatial features, allowing multi-scale capture of detailed motion between frames. Second, we introduce a Hilbert curve-based selective state scan to maintain continuity across window boundaries, preserving spatial correlations both within and between windows. Third, we extend the Hilbert curve to enable voxel-level scanning to effectively capture spatiotemporal characteristics between frames. The proposed LC-Mamba achieves competitive results, with a PSNR of 36.53 dB on Vimeo-90k, outperforming prior models by +0.03 dB. The code and models are publicly available at https://github.com/Miinuuu/LCMamba.git

키워드

frame interpolationmambaFrame InterpolationSpatial FeaturesVideo FramesPeak Signal-to-noise RatioSpatiotemporal CharacteristicsSpatiotemporal InformationSelection ScansConvolutional Neural NetworkLocal InformationGlobal Model2D ImagesLow-level FeaturesBalance PerformanceHidden StateState-space ModelOptical FlowScanning MethodLong-range DependenciesScanning DirectionComplex MotionLocalizer ScanVision TransformerIntermediate Frames2D ScanningSpatial ContinuityPrevious Hidden StateExtract Low-level FeaturesHigh-resolution Dataset1D SequenceCyclic Shift
제목
LC-Mamba: Local and Continuous Mamba with Shifted Windows for Frame Interpolation
저자
Jeong, Min wuRhee, Chae eun
DOI
10.1109/CVPR52734.2025.01646
발행일
2025-08
유형
Conference paper
저널명
Proceedings of the IEEE Computer Society Conference on Computer Vision and Pattern Recognition
페이지
17671 ~ 17681