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Interactive exploration raises a VLM’s 3D benchmark accuracy by 22 points
ACT3D lets a vision-language model navigate by taking actions and observing rendered images, with reinforcement learning driven mainly by answer correctness; it reports 53.2% average accuracy across six benchmarks, 22 points above its base Qwen model. The approach offers a concrete training recipe for agents that must gather information through interaction.
- What
- ACT3D lets a vision-language model explore a 3D environment through actions and rendered images before answering a visual question.
- Method
- After trajectory-supervised fine-tuning, reinforcement learning rewards final-answer correctness without directly supervising exploration choices.
- Why it matters
- Across six 3D benchmarks, ACT3D improves its base Qwen model's average accuracy by 22 points while using 50–70% fewer input frames.
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