We have derived a new performance measure, product of minors of the Jacobian matrix, that tells how far kinematically redundant manipulators are from singularity. It was demonstrated that previously used performance measures, namely condition number and manipulability measure allowed to change configurations, caused repeatability problems and discontinuity effects. The new measure, on the other hand, assures that the arm solution remains in the same configuration, thus effectively preventing these problems
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
This paper deals with the kinematic singularities of kinematically non-redundant robot manipulators....
A large class of work in the robot manipulator literature deals with the kinematical resolution of r...
A closed-form solution formula for the kinematic control of manipulators with redundancy is derive...
In this paper, we have proposed a number of measures for the quantification of dexterity of manipula...
Develops two applications of dexterity measures for redundancy resolution of manipulators (a kinemat...
The kinematic control of a redundant manipulator involves determining a feasible solution to the non...
Kinematically redundant manipulators are considered, with a prespecified end-effector task and multi...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
As a performance objective the condition number of the normalized Jacobian matrix, also called the d...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
This paper deals with the kinematic singularities of kinematically non-redundant robot manipulators....
A large class of work in the robot manipulator literature deals with the kinematical resolution of r...
A closed-form solution formula for the kinematic control of manipulators with redundancy is derive...
In this paper, we have proposed a number of measures for the quantification of dexterity of manipula...
Develops two applications of dexterity measures for redundancy resolution of manipulators (a kinemat...
The kinematic control of a redundant manipulator involves determining a feasible solution to the non...
Kinematically redundant manipulators are considered, with a prespecified end-effector task and multi...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
As a performance objective the condition number of the normalized Jacobian matrix, also called the d...
Redundancy offers a potential over nonredundancy in robot design and control in terms of greater mot...
This paper deals with the kinematic singularities of kinematically non-redundant robot manipulators....
A large class of work in the robot manipulator literature deals with the kinematical resolution of r...