Abstract: Finding Singular configurations (singularities) is one of the mandatory steps during the design and control of mechanisms. Because, in these configurations, the instantaneous kinematics is locally undetermined that causes serious problems both to static behavior and to motion control of the mechanism. This paper addresses the problem of determining singularities of a 3-PRRR kinematically redundant planar parallel manipulator by use of an analytic technique. The technique leads to an input –output relationship that can be used to find all types of singularities occurring in this type of manipulators
The study of the singularity set is of utmost utility in understanding the local and global behavior...
The study of the singularity set is of utmost utility in understanding the local and global behavior...
International audienceThis paper deals with the kinematic analysis and enumeration of singularities ...
Identifying singularity manifolds of parallel manipulators analytically is a hard task due to their ...
The singularity is a critical part of a parallel kinematic machine (PKM) in which the degree of free...
Abstract This paper introduces a new approach to identify singularities of planar parallel manipulat...
International audienceThe 3-CRS manipulator is an original parallel mechanism having 6 degrees of fr...
Over the past decades, with the large development of parallel structures, more attention has been pa...
This article analyzes 3 degree-of-freedom planar parallel robotic manipulator3-RRR (Revolute – Revol...
A 5-DoF 3R2T (three dimensional rotation and two dimensional translation degrees of freedom) fully-s...
A 5-DoF 3R2T (three dimensional rotation and two dimensional translation degrees of freedom) fully-s...
Fully-symmetrical 5-DoF 3R2T parallel manipulator may be adopted in motion simulation for a spinal c...
This paper presents the effect of actuation schemes on the performance of parallel manipulators and ...
Fully-symmetrical 5-DoF 3R2T parallel manipulator may be adopted in motion simulation for a spinal c...
Coste AbstractWe study the limits of singularities of planar parallel 3-RPR manipulators as the leng...
The study of the singularity set is of utmost utility in understanding the local and global behavior...
The study of the singularity set is of utmost utility in understanding the local and global behavior...
International audienceThis paper deals with the kinematic analysis and enumeration of singularities ...
Identifying singularity manifolds of parallel manipulators analytically is a hard task due to their ...
The singularity is a critical part of a parallel kinematic machine (PKM) in which the degree of free...
Abstract This paper introduces a new approach to identify singularities of planar parallel manipulat...
International audienceThe 3-CRS manipulator is an original parallel mechanism having 6 degrees of fr...
Over the past decades, with the large development of parallel structures, more attention has been pa...
This article analyzes 3 degree-of-freedom planar parallel robotic manipulator3-RRR (Revolute – Revol...
A 5-DoF 3R2T (three dimensional rotation and two dimensional translation degrees of freedom) fully-s...
A 5-DoF 3R2T (three dimensional rotation and two dimensional translation degrees of freedom) fully-s...
Fully-symmetrical 5-DoF 3R2T parallel manipulator may be adopted in motion simulation for a spinal c...
This paper presents the effect of actuation schemes on the performance of parallel manipulators and ...
Fully-symmetrical 5-DoF 3R2T parallel manipulator may be adopted in motion simulation for a spinal c...
Coste AbstractWe study the limits of singularities of planar parallel 3-RPR manipulators as the leng...
The study of the singularity set is of utmost utility in understanding the local and global behavior...
The study of the singularity set is of utmost utility in understanding the local and global behavior...
International audienceThis paper deals with the kinematic analysis and enumeration of singularities ...