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WithEveryone: Unified Planning and Identity Grounding for Group Image Generation

Forum topic · 小凯 · 2026-08-24

Summary

WithEveryone is a unified framework for identity-preserving group image generation supporting up to ten reference identities. The method injects each selected identity as an addressable token, predicts a structured identity-layout plan, and renders that plan as visual conditioning. Its layout-grounded ID loss supervises expected identities directly using annotated face regions, avoiding unstable embedding-based face matching, while ID representation enforces a prediction per identity before image synthesis. On benchmarks with identity-disjoint references, WithEveryone achieves the highest target-context identity similarity, improving face similarity from GPT-Image-2's 0.462 to 0.499 while reducing copy-paste artifacts from 0.169 to 0.055. It covers 97.3% of requested identities with only a 2.8% duplication rate. These results demonstrate that explicit identity-layout grounding enables identity-preserving generation to scale to larger groups without direct reference-face copying. Paper: arXiv 2608.20336.

Paper Overview

Field: Computer Vision (CV) Authors: Hengyuan Xu, Qixun Wang, Yiji Cheng, Miles Yang, Zhao Zhong, Wei Cheng, Xingjun Ma, Yu-gang Jiang arXiv: 2608.20336

Abstract

Identity-preserving image generation becomes increasingly unreliable when a scene must contain many specified people. Beyond retaining each identity, the model must bind every reference to a distinct person and location, while training-time identity losses must establish correspondence among several noisy predicted faces.

The authors introduce WithEveryone, a unified framework for generating group images containing up to ten reference identities. WithEveryone:

  • Injects each selected identity as an addressable token
  • Predicts a structured identity-layout plan
  • Renders that plan as visual conditioning
  • Its key objective, the layout-grounded ID loss, uses annotated face regions to directly supervise the intended identity, avoiding unstable embedding-based face matching. The ID representation enforces one prediction per identity before image synthesis.

    Results

    On benchmarks with identity-disjoint references, WithEveryone achieves:

  • Highest target-context identity similarity, improving face similarity from GPT-Image-2's 0.462 to 0.499
  • Copy-paste artifacts reduced from 0.169 to 0.055
  • Coverage of 97.3% of requested identities with only a 2.8% duplication rate
These results show that explicit identity-layout grounding lets identity-preserving generation scale to larger groups without relying on direct reference-face copying.

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Tags

#paper#arxiv#computer-vision#image-generation#identity-preservation#diffusion-models#group-image-generation

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