GaVS: 3D-Grounded Video Stabilization via Temporally-Consistent Local Reconstruction and Rendering

• URL: http://arxiv.org/abs/2506.23957v1
• Date: Mon, 30 Jun 2025 15:24:27 GMT
• Title: GaVS: 3D-Grounded Video Stabilization via Temporally-Consistent Local Reconstruction and Rendering
• Authors: Zinuo You, Stamatios Georgoulis, Anpei Chen, Siyu Tang, Dengxin Dai,
• Abstract summary: Video stabilization is pivotal for video processing, as it removes unwanted shakiness while preserving the original user motion intent.<n>Existing approaches, depending on the domain they operate, suffer from several issues that degrade the user experience.<n>We introduce textbfGaVS, a novel 3D-grounded approach that reformulates video stabilization as a temporally-consistent local reconstruction and rendering' paradigm.
• Score: 54.489285024494855
• License: http://creativecommons.org/licenses/by/4.0/
• Abstract: Video stabilization is pivotal for video processing, as it removes unwanted shakiness while preserving the original user motion intent. Existing approaches, depending on the domain they operate, suffer from several issues (e.g. geometric distortions, excessive cropping, poor generalization) that degrade the user experience. To address these issues, we introduce \textbf{GaVS}, a novel 3D-grounded approach that reformulates video stabilization as a temporally-consistent `local reconstruction and rendering' paradigm. Given 3D camera poses, we augment a reconstruction model to predict Gaussian Splatting primitives, and finetune it at test-time, with multi-view dynamics-aware photometric supervision and cross-frame regularization, to produce temporally-consistent local reconstructions. The model are then used to render each stabilized frame. We utilize a scene extrapolation module to avoid frame cropping. Our method is evaluated on a repurposed dataset, instilled with 3D-grounded information, covering samples with diverse camera motions and scene dynamics. Quantitatively, our method is competitive with or superior to state-of-the-art 2D and 2.5D approaches in terms of conventional task metrics and new geometry consistency. Qualitatively, our method produces noticeably better results compared to alternatives, validated by the user study.

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