This work looks at several problems concerned with interpolating rigid-body motions and their application in robotics. Two recently proposed interpolation methods are shown to produce the same results. We also discuss how it might be possible to control a robot in such a way as to follow one of these interpolated motions. ©2006 IEEE
This paper employs transmission matrices to investigate the motion of a rigid body about a fixed poi...
This is a follow-up tutorial article of our previous article entitled "Robot Basics: Representation,...
In this study, smooth trajectory generation and the mathematical modeling of the inverse kinematics ...
This work looks at several problems concerned with interpolating rigid-body motions and their applic...
Three rather different problems in robotics are studied using the same technique from screw theory. ...
© 2014, Springer-Verlag Wien. In this work, several classical ideas concerning the geometry of the i...
Current industrial robots arc highly non-linear systems. However, the control strategies in most com...
Approximation of a desired robot path can be accomplished by interpolating a curve through a sequenc...
The problem of finding mathematical tools to represent rigid body motions in space has long been on ...
Simulation of structural response of multi-flexible-body systems by linearized flexible motion combi...
This updated second edition broadens the explanation of rotational kinematics and dynamics — the mos...
In this dissertation I introduce a new notation for representing rigid-body dynamics, and use it to...
This book reviews the fundamentals of screw theory concerned with velocity analysis of rigid-bodies,...
This paper investigates a novel procedure to calculate smooth interpolation curves of the rotation g...
This paper tackles the problem of computing smooth, optimal trajectories on the Euclidean group of m...
This paper employs transmission matrices to investigate the motion of a rigid body about a fixed poi...
This is a follow-up tutorial article of our previous article entitled "Robot Basics: Representation,...
In this study, smooth trajectory generation and the mathematical modeling of the inverse kinematics ...
This work looks at several problems concerned with interpolating rigid-body motions and their applic...
Three rather different problems in robotics are studied using the same technique from screw theory. ...
© 2014, Springer-Verlag Wien. In this work, several classical ideas concerning the geometry of the i...
Current industrial robots arc highly non-linear systems. However, the control strategies in most com...
Approximation of a desired robot path can be accomplished by interpolating a curve through a sequenc...
The problem of finding mathematical tools to represent rigid body motions in space has long been on ...
Simulation of structural response of multi-flexible-body systems by linearized flexible motion combi...
This updated second edition broadens the explanation of rotational kinematics and dynamics — the mos...
In this dissertation I introduce a new notation for representing rigid-body dynamics, and use it to...
This book reviews the fundamentals of screw theory concerned with velocity analysis of rigid-bodies,...
This paper investigates a novel procedure to calculate smooth interpolation curves of the rotation g...
This paper tackles the problem of computing smooth, optimal trajectories on the Euclidean group of m...
This paper employs transmission matrices to investigate the motion of a rigid body about a fixed poi...
This is a follow-up tutorial article of our previous article entitled "Robot Basics: Representation,...
In this study, smooth trajectory generation and the mathematical modeling of the inverse kinematics ...