The aim of this workshop is to present and discuss the state of the art in legged and multimodal locomotion research, from thebiological, biomechanical and robotic viewpoints. Research focusing on locomotion in unstructured, rugged and yielding terrain, on sand, on mud and in aquatic environments, on the combination of various modes of locomotion for different environments, as well as on the exploration of the role of compliance in locomotion, will be of particular interest.
Intended audience: The workshop will attempt to bring together researchers and practitioners with interests at the interface of biology, biomechanics and robotics, and, in particular, on theoretical and practical issues related to the control and development of multi-dof, underactuated/overactuated, hybrid, constrained, legged/multi-appendage robotic locomotors in unstructured environments.
The presentations will deal with both theoretical and practical aspects of modeling, control and development of legged and multi-modal robotic locomotion: practical robotic systems that demonstrate reliable, robust behavior, novel materials and state of the art techniques and algorithms for modeling and control, for improving the performance of these systems.
Topics of interest include (but are not limited to):
Biological inspiration for locomotion on land (unstructured, rugged and yielding terrain, sand, mud, etc.) or in aquatic environments
Exploitation of appendages in locomotion (legs, parapodia, tails, caudal/lateral fins, etc.)
Exploitation of compliance (active/passive) for terrain adaptation
Exploitation of compliant materials for robotic locomotor bodies and appendages
Motion control and stability on unstructured, yielding or aquatic environments
Control and planning of dynamic locomotion through unstructured terrains
Dynamics modeling, gait generation and control for legged robots
Body state estimation and balance control for legged robots
Foot step generation and locomotion planning
The workshop includes invited talks and posters on the state of the art in different areas of legged and multi-modal locomotion research.
06月21日
2016
06月24日
2016
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