visualizes a 3-segment continuum robot by receiving configuration through udp or GUI input
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Updated
Jan 27, 2018 - C++
visualizes a 3-segment continuum robot by receiving configuration through udp or GUI input
A tendon-driven continuum robot with theoretically infinite degrees of freedom, built from scratch using 3D-printed components, servo-actuated spools, and a custom Arduino PCB shield. Achieves 8 distinct end-effector positions through coordinated tendon actuation for manipulation in confined and constrained spaces.
Research code for predictive visual coding in continuum robots.
Data-driven dynamic modeling of a two-segment tendon-driven continuum robotic arm — ARMAX, quadratic polynomial, and NARX neural network identification with GA-optimized hyperparameters (B.Sc. thesis, K. N. Toosi University)
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