Mechanical flexibility in robot manipulators is due to compliance at the joints and/or distributed deflection of the links. Dynamic models of the two classes of robots with flexible joints or flexible links are presented, together with control laws addressing the motion tasks of regulation to constant equilibrium states and of asymptotic tracking of output trajectories. Control design for robots with flexible joints takes advantage of the passivity and feedback linearization properties. In robots with flexible links, basic differences arise when controlling the motion at the joint level or at the tip level
A position and force control concept for an industrial robot with elasticity in joints and links is ...
In recent decades, lots of robots are designed and produced all over the world because of their impo...
Current robot manipulators are controlled using methods that do not take into account the links and ...
Mechanical flexibility in robot manipulators is due to compliance at the joints and/or distributed d...
Design issues, dynamic modeling, trajectory planning, and feedback control problems are presented fo...
Design issues, dynamic modeling, trajectory planning, and feedback control problems are presented fo...
Control for flexible-link robots is a non-trivial problem that has elevated difficulty comparing to ...
Qualitative data suggests most industrial manipulators are inherently flexible. Flexibilities in the...
ISBN: 978-1-84821-520-7International audienceThis chapter presents the modeling, identification and ...
Abstract: A new method is proposed for the end-effector trajectory tracking control of flexi-ble rob...
none3Physical human-robot interaction requires the development of safe and dependable robots. This i...
Physical human-robot interaction requires the development of safe and dependable robots. This involv...
A robot manipulator is a spatial mechanism consisting essentially of a series of bodies, called "lin...
Considering robot manipulators with flexible links, a new method is proposed to control their constr...
To appear in J. of the Society of Instrument and Control Engineers, Japan, Vol. 32, No.4, April 1993...
A position and force control concept for an industrial robot with elasticity in joints and links is ...
In recent decades, lots of robots are designed and produced all over the world because of their impo...
Current robot manipulators are controlled using methods that do not take into account the links and ...
Mechanical flexibility in robot manipulators is due to compliance at the joints and/or distributed d...
Design issues, dynamic modeling, trajectory planning, and feedback control problems are presented fo...
Design issues, dynamic modeling, trajectory planning, and feedback control problems are presented fo...
Control for flexible-link robots is a non-trivial problem that has elevated difficulty comparing to ...
Qualitative data suggests most industrial manipulators are inherently flexible. Flexibilities in the...
ISBN: 978-1-84821-520-7International audienceThis chapter presents the modeling, identification and ...
Abstract: A new method is proposed for the end-effector trajectory tracking control of flexi-ble rob...
none3Physical human-robot interaction requires the development of safe and dependable robots. This i...
Physical human-robot interaction requires the development of safe and dependable robots. This involv...
A robot manipulator is a spatial mechanism consisting essentially of a series of bodies, called "lin...
Considering robot manipulators with flexible links, a new method is proposed to control their constr...
To appear in J. of the Society of Instrument and Control Engineers, Japan, Vol. 32, No.4, April 1993...
A position and force control concept for an industrial robot with elasticity in joints and links is ...
In recent decades, lots of robots are designed and produced all over the world because of their impo...
Current robot manipulators are controlled using methods that do not take into account the links and ...