In recent decades, the development of MIS (Minimal Invasive Surgeries) and NOTES (Natural Orifices Transluminal Endoscopic Surgeries) has been accompanied by a proliferation of innovative medical robot designs, especially based on incorporating continuum and soft design elements. However, researchers have not yet reached consensus on do not have broadly agreed methods for design, modeling, and simulation of soft and continuum robot structures bodies. In addition, the challenges of sensing, actuation, and control in soft and continuum bodied robots are still being overcome. The objective of this workshop is for participants to review and discuss the most recent advances in terms of novel design and mechanism paradigms. Modeling approaches, stability, and control the stability issue, and the control strategy, which are intimately linked, will be covered, as well as open challenges like follow-the-leader deployment, variable stiffness mechanism, variable stiffness control, reconfigurable structure, data-driven approach for robot control, and advance in the development of materials.
Matteo Cianchetti, Assistant Professor, Scuola Superiore Sant'Anna
Caleb Rucker, Assistant Professor, University of Tennessee
Kanty Rabenorosoa, Associate Professor, University of Bourgogne Franche-Comté
List of topics:
Continuum robots
Soft material robots
Actuated needles, catheters, and flexible instruments
Modeling large and nonlinear deformation
Follow-the-leader deployment
Variable stiffness mechanisms
Sensors fusion based closed-loop control
Reconfigurable and deployable mechanisms
Oct 05
2018
Conference Date
Abstract Submission Deadline
Draft paper submission deadline
Registration deadline
Submit Comment