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Mechanism Design for Robotics

Resumen/Descripción – provisto por la editorial

No disponible.

Palabras clave – provistas por la editorial

n/a; robot control; cylindrical; V2SOM; 3-UPU parallel mechanism; McKibben muscle; compliance control; gait planning; grasp stability; robot singularity; safety mechanism; robot; exercising device; hexapod walking robot; inadvertent braking; energy efficiency; robotic cell; humanoid robots; collaborative robot; robot wrists; humanoid robotic hands; stability; cable-driven robots; image processing; fail-safe operation; VSA; graphical user interface; computer-aided design; robotic legs; human-robot-interaction; shape changing; painting robot; shape memory alloy; velocity control; underactuated fingers; safe physical human–robot interaction (pHRI); human-machine interaction; compliant mechanism; iCub; robot-assisted Doppler sonography; pHRI; spherical parallel mechanism; mobile manipulation; economic locomotion; haptic glove; learning by demonstration; robot kinematics; variable stiffness actuator (VSA); workspace analysis; singularity analysis; collaborative robots; parallel mechanisms; rolling; SMA actuator; elliptical; cable-driven parallel robots; non-photorealistic rendering; redundancy; kinematic redundancy; variable stiffness actuator; trajectory planning; kinematics; pneumatic artificial muscle; artistic rendering; force reflection; safe physical human–robot interaction; orientational mechanisms; teleoperation; actuation burden; cobot; hand exoskeleton

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Información

Tipo de recurso:

libros

ISBN electrónico

978-3-03921-059-6

País de edición

Suiza