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Probabilistic biomechanical finite element simulations: whole-model classical hypothesis testing based on upcrossing geometry.

, , and . PeerJ Comput. Sci., (2016)

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Reconfigurable group robots adaptively transforming a mechanical structure - numerical expression of criteria for structural transformation and automatic motion planning method -., , , and . IROS, page 2361-2367. IEEE, (2007)Group robots forming a mechanical structure-development of slide motion mechanism and estimation of energy consumption of the structural formation., , and . CIRA, page 874-879. IEEE, (2003)Reconfigurable group robots adaptively transforming a mechanical structure - Extended criteria for load-adaptive transformations -., , , and . IROS, page 877-882. IEEE, (2008)Development of pneumatic cellular robots forming a mechanical structure., , and . ICARCV, page 63-68. IEEE, (2002)Self-Reconfigurable Modular Robots Adaptively Transforming a Mechanical Structure: Algorithm for Adaptive Transformation to Load Condition., , , and . J. Robotics, (2011)Probabilistic biomechanical finite element simulations: whole-model classical hypothesis testing based on upcrossing geometry., , and . PeerJ Comput. Sci., (2016)Cellular Robots Forming a Mechanical Structure., , and . DARS, page 139-148. Springer, (2004)Reconfigurable Modular Robots Adaptively Transforming a Mechanical Structure (Numerical Expression of Transformation Criteria of "CHOBIE II" and Motion Experiments)., , , and . DARS, page 393-403. Springer, (2008)Flexible Hermetically-Sealed Mobile Robot for Narrow Spaces Using Hydrostatic Skeleton Driving Mechanism., , , , and . IROS, page 4006-4011. IEEE, (2006)Reconfigurable group robots adaptively transforming a mechanical structure - Crawl motion and adaptive transformation with new algorithms., , , and . IROS, page 2200-2205. IEEE, (2006)