Robophysics III
FOCUS · W10 · ID: 1106957
Presentations
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Fish-inspired robot manipulation
ORAL · Invited
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Publication: Romero, J., Stuart, H. S., & Wainwright, P. (2022). 3D feeding behavior of Chaetodon kleinii on sessile prey. Journal of Experimental Biology, 1–9. Under review.
Wang, S., Romero, J., Li, M., Wainwright, P., & Stuart, H. S. (2022). Bioinspired tearing manipulation with a robotic fish. In 2023 IEEE International Conference on Robotics and Automation (ICRA) (pp. 1–7). Under review.
Stuart, H. S., Wang, S., & Cutkosky, M. R. (2018). Tunable contact conditions and grasp hydrodynamics using gentle fingertip suction. IEEE Transactions on Robotics, 35(2), 295–306Presenters
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Hannah S Stuart
- University of California at Berkeley
- University of California, Berkeley
Authors
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Hannah S Stuart
- University of California at Berkeley
- University of California, Berkeley
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Juan Romero
- University of California at Berkeley
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Peter Wainwright
- University of California at Davis
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Stanley Wang
- University of California at Berkeley
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A Shannon-inspired framework for multi-legged matter transport
ORAL
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Presenters
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Baxi Chong
- Georgia Institute of Technology
Authors
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Baxi Chong
- Georgia Institute of Technology
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Juntao He
- Georgia Institute of Technology
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Daniel Soto
- Georgia Institute of Technology
- Georgia Tech
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Tianyu Wang
- Georgia Institute of Technology
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Daniel Irvine
- Georgia Institute of Technology
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Daniel I Goldman
- georgia tech
- Georgia Institute of Technology
- Georgia Tech
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Emergent gait transitions of a quadrupedal robot under obstacle modulation
ORAL
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Presenters
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Xingjue Liao
- University of Southern California
Authors
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Xingjue Liao
- University of Southern California
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Feifei Qian
- University of Southern California
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RoboPhysics inspired experiments to understand how canines move over regular obstacle arrays
ORAL
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Publication: Qian, F. and D. E. Koditschek (2020). "An obstacle disturbance selection framework: emergent robot steady states under repeated collisions." The International Journal of Robotics Research 39(13): 1549-1566.
Joyce, M., S. Wilshin, F. Qian and A. Spence (2021). Gait control for obstacle negotiation in canines. SOCIETY FOR INTEGRATIVE AND COMPARATIVE BIOLOGY, 2021 VIRTUAL ANNUAL MEETING (VAM).
Hu, H., M. Kvalheim, M. Joyce, S. Wilshin, A. Spence and F. Qian (2020). A mode map representation to predict steady states and attraction basins for legged locomotion on obstacle terrains. International Conference on Intelligent Robotics
and Systems (IROS). Workshop: Robotics-inspired biology, Online.
Joyce, M., Wilshin, S., Spence, A., (2022). Robophysics-inspired biology experiments to study gait control for obstacle negotiation in canines. American Physical Society March Meeting, 2022. Session: Q03 RoboPhysicsPresenters
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Benjamin Doshna
- Temple Univserity
Authors
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Benjamin Doshna
- Temple Univserity
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Michelle Joyce
- Stanford Univsersity
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Haodi Hu
- University of Southern California
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Feifei Qian
- University of Southern California
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Simon Wilshin
- Royal Veterinary College
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Andrew J Spence
- Temple University
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Using an insect-scale robot to explore the impact of limb number and length on locomotion in unstructured terrain.
ORAL
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Presenters
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Perrin E Schiebel
- Harvard University
Authors
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Perrin E Schiebel
- Harvard University
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Velin H Kojouharov
- Georgia Institute of Technology
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Robert J Wood
- Harvard University
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Terrestrial swimming in multilegged robots
ORAL
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Publication: B. Chong, J. He, S. Li, E. Erickson, K. Diaz, T. Wang, D. Soto, and D. I. Goldman, arXiv preprint arXiv:2207.10604 (2022).
Presenters
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Juntao He
- Georgia Institute of Technology
Authors
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Juntao He
- Georgia Institute of Technology
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Baxi Chong
- Georgia Institute of Technology
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Shengkai Li
- Princeton University
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Eva Erickson
- Georgia Institute of Technology
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Kelimar Diaz
- Georgia Institute of Technology
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Tianyu Wang
- Georgia Institute of Technology
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Daniel Soto
- Georgia Institute of Technology
- Georgia Tech
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Daniel I Goldman
- georgia tech
- Georgia Institute of Technology
- Georgia Tech
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Multi-robot connection towards collective obstacle field traversal
ORAL
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Presenters
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Haodi Hu
- University of Southern California
Authors
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Haodi Hu
- University of Southern California
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Elliott Meeks
- University of Southern California
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Feifei Qian
- University of Southern California
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Force sensing can help robots reconstruct potential energy landscape and guide locomotor transitions to traverse large obstacles
ORAL
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Presenters
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Yaqing Wang
- Johns Hopkins University
Authors
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Yaqing Wang
- Johns Hopkins University
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Chen Li
- Johns Hopkins University
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Connection-Based Data-Driven Gait Modeling of a Quadruped
ORAL
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Presenters
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Ziyou Wu
- University of Michigan
Authors
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Ziyou Wu
- University of Michigan
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Shai Revzen
- University of Michigan
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An Autonomous Tensegrity Robot with Closed-loop Control and Real-time State Estimation
ORAL
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Publication: "6N-DoF Pose Tracking for Tensegrity Robots." S. Lu, W. Johnson, K. Wang. X. Huang, J. Booth, R. Kramer-Bottiglio, and K. Bekris. ISRR. 2022.
"Real2Sim2Real Transfer for Control of Cable-driven Robots via a Differentiable Physics Engine." K. Wang, W. Johnson, S. Lu, X. Huang, J. Booth, R. Kramer-Bottiglio, M. Aanjaneya, and K. Bekris. arXiv prepint. 2022.Presenters
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William R Johnson
- Yale University
Authors
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William R Johnson
- Yale University
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Compliant cable-driven limbless robot for complex terrain navigation
ORAL
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Presenters
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Velin H Kojouharov
- Georgia Institute of Technology
Authors
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Velin H Kojouharov
- Georgia Institute of Technology
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Tianyu Wang
- Georgia Institute of Technology
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Christopher J Pierce
- Georgia Institute of Technology
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Kelimar Diaz
- Georgia Institute of Technology
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Baxi Chong
- Georgia Institute of Technology
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Daniel I Goldman
- georgia tech
- Georgia Institute of Technology
- Georgia Tech
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Lattice transport via mechanical intelligence in undulatory locomotors
ORAL
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Presenters
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Tianyu Wang
- Georgia Institute of Technology
Authors
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Tianyu Wang
- Georgia Institute of Technology
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Christopher J Pierce
- Georgia Institute of Technology
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Velin H Kojouharov
- Georgia Institute of Technology
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Kelimar Diaz
- Georgia Institute of Technology
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Baxi Chong
- Georgia Institute of Technology
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Hang Lu
- Georgia Institute of Technology
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Daniel I Goldman
- georgia tech
- Georgia Institute of Technology
- Georgia Tech
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Robophysical modeling of dynamic posture modulation of vibration sensing in orb weaving spiders
ORAL
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Presenters
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Eugene Lin
- Johns Hopkins University
Authors
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Eugene Lin
- Johns Hopkins University
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Yishun Zhou
- Johns Hopkins University
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Luke Moon
- Johns Hopkins University
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Andrew Gordus
- Johns Hopkins University
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Chen Li
- Johns Hopkins University
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