CVAIJun 22

SteerVTE: Seamless Video Text Editing with Style and Glyph Control

arXiv:2606.2325426.1
Predicted impact top 4% in CV · last 90 daysOriginality Incremental advance
AI Analysis

This work addresses the underexplored problem of video text editing, which requires localized, stroke-level precision across frames, by providing a method that significantly improves over existing video editing baselines.

SteerVTE introduces a unified framework for video text editing that achieves precise stroke-level modifications while maintaining style consistency and temporal coherence, outperforming existing baselines across text accuracy, style consistency, and temporal coherence.

Visual text editing aims to precisely modify text in images and videos while preserving stylistic consistency and visual realism. Despite significant advances in the image domain, video text editing remains largely unexplored: it is a localized task demanding stroke-level precision within small text regions, which compounds the challenges of cross-frame accuracy, temporal coherence, and stylistic fidelity. We introduce SteerVTE, a unified framework that \underline{\textbf{steer}}s a frozen video diffusion model to perform precise \underline{\textbf{V}}ideo \underline{\textbf{T}}ext \underline{\textbf{E}}diting through style and glyph control. Built on a frozen diffusion transformer, SteerVTE attaches a lightweight text context adapter with two complementary modules: a style encoder capturing the original text's visual attributes, and dual-granularity glyph encoders encoding the target text at both the line and character levels. To overcome the inherently weak text rendering priors of video foundation models, we further propose a glyph-aware spatial-focal loss and a three-stage progressive training curriculum that scales from image to video data. To support large-scale training, we also develop an automatic synthesis pipeline and construct SteerVTE-1M, a dataset of one million triplets spanning diverse scenes, fonts, and stylistic effects. Extensive experiments demonstrate that SteerVTE substantially outperforms existing video editing baselines across text accuracy, style consistency, and temporal coherence.

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