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<p>This workshop will provide a forum to discuss shared challenges, emerging solutions, and opportunities for collaboration across domains. We welcome contributions from robotics, 3D vision, physics simulation, material modeling, and learning communities interested in deformable and dynamic interaction.</p>
<li>How can robotic systems achieve reliable manipulation and interaction in complex, real-world scenarios involving non-rigid objects with varying topology, material properties and appearance?</li>
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<li>What representations and perception strategies are needed to handle complex object appearance or material properties such as translucency (e.g., glass), high reflectance (e.g., metal), or particulate behavior (e.g., sand, grains)?</li>
We invite extended abstracts of up to 5 pages (excluding references, acknowledgments, limitations, and appendix) formatted in the <ahref="https://drive.google.com/file/d/1XalwYG542cg2YAHo8STgZKxhAIA8_HSu/view?usp=sharing">CoRL template</a> and submitted via OpenReview.
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<br><br>
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Submissions will be reviewed in a double-blind process by workshop organizers and attendees.
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<b>Each submission must nominate one reviewer to evaluate one other contribution</b>, following the CoRL main track's reciprocal review model.
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Accepted abstracts will be published on the workshop website and presented as posters. Selected works will be invited for spotlight presentations.
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<br><br>
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We encourage submissions of in-progress work and extensions of previously published material; originality is welcome but not required. The timezone for all deadlines is Anywhere on Earth (AoE).
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