A Simple Baseline for Unifying Understanding, Generation, and Editing via Vanilla Next-token Prediction
Jie Zhu, Hanghang Ma, Jia Wang, Yayong Guan, Yanbing Zeng, Lishuai Gao, Junqiang Wu, Jie Hu, Leye Wang

TL;DR
Wallaroo is a straightforward autoregressive model that unifies understanding, generation, and editing across multiple modalities, languages, and resolutions, demonstrating competitive performance on various benchmarks.
Contribution
It introduces Wallaroo, a simple yet effective baseline that leverages next-token prediction for multi-modal, bilingual understanding and generation with multi-resolution capabilities.
Findings
Competitive performance on multiple benchmarks
Supports multi-resolution image input/output
Bilingual (Chinese and English) capabilities
Abstract
In this work, we introduce Wallaroo, a simple autoregressive baseline that leverages next-token prediction to unify multi-modal understanding, image generation, and editing at the same time. Moreover, Wallaroo supports multi-resolution image input and output, as well as bilingual support for both Chinese and English. We decouple the visual encoding into separate pathways and apply a four-stage training strategy to reshape the model's capabilities. Experiments are conducted on various benchmarks where Wallaroo produces competitive performance or exceeds other unified models, suggesting the great potential of autoregressive models in unifying multi-modality understanding and generation. Our code is available at https://github.com/JiePKU/Wallaroo.
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Taxonomy
TopicsMultimodal Machine Learning Applications · Generative Adversarial Networks and Image Synthesis · Advanced Image and Video Retrieval Techniques
