Unified Multimodal Models
Overview
Unified multimodal models study how one system can process and generate text, images, video, audio, and sometimes spatial or action data. Common approaches use shared tokenizers and autoregressive or diffusion-based backbones, often alongside modality-specific encoders, decoders, or experts; training may combine supervised instruction tuning, alignment, and reinforcement learning. Evaluation spans tasks such as visual question answering, text-to-image generation, video understanding, editing, and cross-modal consistency. A central challenge is that shared architecture does not guarantee useful transfer: understanding and generation can interfere or remain semantically misaligned, while efficiency, safety, and reliable evaluation across interacting modalities remain open concerns.
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