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DocSynthv2: A Practical Autoregressive Modeling for Document Generation

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arxiv 2406.08354 v1 pith:YV5J2DLI submitted 2024-06-12 cs.CV cs.AIcs.LG

classification cs.CVcs.AIcs.LG
keywords documentgenerationautoregressivedocumentslayoutmodeltextualcomplex
verification ladder T0 review T1 audit T2 compute T3 formal
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While the generation of document layouts has been extensively explored, comprehensive document generation encompassing both layout and content presents a more complex challenge. This paper delves into this advanced domain, proposing a novel approach called DocSynthv2 through the development of a simple yet effective autoregressive structured model. Our model, distinct in its integration of both layout and textual cues, marks a step beyond existing layout-generation approaches. By focusing on the relationship between the structural elements and the textual content within documents, we aim to generate cohesive and contextually relevant documents without any reliance on visual components. Through experimental studies on our curated benchmark for the new task, we demonstrate the ability of our model combining layout and textual information in enhancing the generation quality and relevance of documents, opening new pathways for research in document creation and automated design. Our findings emphasize the effectiveness of autoregressive models in handling complex document generation tasks.

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  1. Rethinking Layered Graphic Design Generation with a Top-Down Approach

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    Accordion decomposes AI-generated raster designs into editable background, object, and vectorized text layers using a VLM-driven top-down planning pipeline.

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