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CALR:通过渲染思维压缩实现连续锚定潜推理
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2026年10月7日,arXiv Computer Vision(一手来源)发布论文,提出 Continuous Anchored Latent Reasoning(CALR)。该方法是一种视觉潜推理方案,核心思路是把渲染出的推导过程压缩为紧凑的中间状态,并通过功能锚定(functional anchoring)连接潜状态,使其在推理过程中形成与答案使用相关联的结构。论文将这一路径命名为 Render-of-Thought 压缩。目前公开信息仅涉及该方法的基本定义与设计动机,尚未见实验结果、基准表现或同行评议进展的报道。
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Oct 7, 2026
- arXiv · Computer VisionCALR:通过 Render-of-Thought 压缩实现连续锚定潜推理
论文提出 Continuous Anchored Latent Reasoning(CALR),一种视觉潜推理方法,把渲染出的推导压缩为紧凑中间状态,并通过功能锚定连接潜状态形成与答案使用。
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