ArXiv TLDR

Design Your Ad: Personalized Advertising Image and Text Generation with Unified Autoregressive Models

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2605.12138

Yexing Xu, Wei Feng, Shen Zhang, Haohan Wang, Yuxin Qin + 13 more

cs.CVcs.CLcs.IR

TLDR

This paper introduces Uni-AdGen, a unified autoregressive model for personalized image and text ad generation, improving realism and user preference.

Key contributions

  • Uni-AdGen: A unified autoregressive model generating personalized ad images and texts.
  • Foreground perception and instruction tuning enhance the realism of generated ad content.
  • Coarse-to-fine preference module captures user interests for personalized ad generation.
  • Introduces PAd1M, a large-scale dataset, and PBS metric for personalized ad evaluation.

Why it matters

Current ad generation methods lack cross-modal perception and rely on average preferences. This paper addresses these issues by jointly generating personalized image-text ads, leading to more realistic and user-preferred advertisements. This can significantly improve e-commerce ad effectiveness.

Original Abstract

Generating realistic and user-preferred advertisements is a key challenge in e-commerce. Existing approaches utilize multiple independent models driven by click-through-rate (CTR) to controllably create attractive image or text advertisements. However, their pipelines lack cross-modal perception and rely on CTR that only reflects average preferences. Therefore, we explore jointly generating personalized image-text advertisements from historical click behaviors. We first design a Unified Advertisement Generative model (Uni-AdGen) that employs a single autoregressive framework to produce both advertising images and texts. By incorporating a foreground perception module and instruction tuning, Uni-AdGen enhances the realism of the generated content. To further personalize advertisements, we equip Uni-AdGen with a coarse-to-fine preference understanding module that effectively captures user interests from noisy multimodal historical behaviors to drive personalized generation. Additionally, we construct the first large-scale Personalized Advertising image-text dataset (PAd1M) and introduce a Product Background Similarity (PBS) metric to facilitate training and evaluation. Extensive experiments show that our method outperforms baselines in general and personalized advertisement generation. Our project is available at https://github.com/JD-GenX/Uni-AdGen.

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