William Yijiang Li
@williamium3000.bsky.social
Ph.D. student @ucsandiego.bsky.social, M.S. in CS @jhu.edu
Kudos to our amazing co-organizers @williamium3000.bsky.social @Zhijian Liu @manlingli.bsky.social @Haozheng Luo @Zhengyu Pan @Weiyang Liu @Ruiyang Qin @Nuno Vasconcelos
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January 17, 2026 at 12:41 AM
Kudos to our amazing co-organizers @williamium3000.bsky.social @Zhijian Liu @manlingli.bsky.social @Haozheng Luo @Zhengyu Pan @Weiyang Liu @Ruiyang Qin @Nuno Vasconcelos
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Formatting: All submissions must be PDFs in the ICLR format. We accept Regular (9 pages) and Tiny (4 pages) papers, with unlimited pages for references and supplementary materials. Code may be included as a supplementary zip or via an anonymized repository link.
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January 17, 2026 at 12:40 AM
Formatting: All submissions must be PDFs in the ICLR format. We accept Regular (9 pages) and Tiny (4 pages) papers, with unlimited pages for references and supplementary materials. Code may be included as a supplementary zip or via an anonymized repository link.
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5. Safety, fairness, and ethical considerations when compressing or pruning spatial reasoning processes.
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January 17, 2026 at 12:39 AM
5. Safety, fairness, and ethical considerations when compressing or pruning spatial reasoning processes.
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3. Benchmarking and evaluation methods that jointly assess accuracy, efficiency, interpretability, and robustness in spatial reasoning tasks.
4. Applications of efficient spatial reasoning in domains such as robotics, AR/VR, scientific discovery, urban planning, and simulation.
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4. Applications of efficient spatial reasoning in domains such as robotics, AR/VR, scientific discovery, urban planning, and simulation.
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January 17, 2026 at 12:39 AM
3. Benchmarking and evaluation methods that jointly assess accuracy, efficiency, interpretability, and robustness in spatial reasoning tasks.
4. Applications of efficient spatial reasoning in domains such as robotics, AR/VR, scientific discovery, urban planning, and simulation.
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4. Applications of efficient spatial reasoning in domains such as robotics, AR/VR, scientific discovery, urban planning, and simulation.
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1. Novel architectures for efficient spatial reasoning, including sparse, modular, and geometry-aware designs.
2. Training and optimization techniques such as distillation, token-budgeting, curriculum learning, and reinforcement learning for concise reasoning.
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2. Training and optimization techniques such as distillation, token-budgeting, curriculum learning, and reinforcement learning for concise reasoning.
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January 17, 2026 at 12:39 AM
1. Novel architectures for efficient spatial reasoning, including sparse, modular, and geometry-aware designs.
2. Training and optimization techniques such as distillation, token-budgeting, curriculum learning, and reinforcement learning for concise reasoning.
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2. Training and optimization techniques such as distillation, token-budgeting, curriculum learning, and reinforcement learning for concise reasoning.
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We invite researchers from machine learning and related fields to submit their latest work on theory and applications of efficient spatial reasoning to the workshop. We encourage submissions related (but not limited) to the following topics:
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January 17, 2026 at 12:39 AM
We invite researchers from machine learning and related fields to submit their latest work on theory and applications of efficient spatial reasoning to the workshop. We encourage submissions related (but not limited) to the following topics:
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