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About this paper
Zhen Han, Zeyinzi Jiang, Yulin Pan, Jingfeng Zhang, Chaojie Mao, Chenwei Xie, Yu Liu, Jingren Zhou
ACE, an all-round creator and editor from Tongyi Lab, integrates a Diffusion Transformer with a unified input paradigm to perform a wide array of visual generation and editing tasks. The model demonstrates competitive to superior performance across various benchmarks, notably achieving the highest prompt following scores in 7 out of 12 global and 8 out of 10 local editing tasks in human evaluations, and recording 70.07% Face Similarity in facial editing.
Key insights
- A unified Diffusion Transformer architecture, augmented with condition tokenizing, image indicator embeddings, and a long-context attention block, effectively unifies diverse multi-modal inputs and enables comprehensive instruction-guided visual generation and editing.
- The integration of image indicator embeddings implicitly associates textual instructions with specific visual inputs, improving the model's ability to interpret and act upon complex multi-modal queries.
- Scalable and high-quality data generation through a hybrid approach (synthesis from expert models and mining from massive databases with MLLM-driven instruction labeling) is crucial for training generalist visual foundation models that generalize across numerous tasks.
Summary by alphaXiv.
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