In this paper we study the differential kinematics and the kineto-static manipulability indices of multiple cooperating robot arms, including active and passive joints. The kinetic manipulability indices are derived as a simple extension of previous results on cooperating robots without passive joints. The force manipulability analysis for cooperative robot systems can not be derived by “duality” arguments as it can with conventional arms, rather a distinction between active and passive force manipulability is necessary. Results in the paper apply directly to the analysis of simply closed kinematic chains, and can be extended to multiply closed kinematic chains
The))ask idea of manipulability analysis [9, 101 con-sists of describing directions in the joint spa...
This chapter is devoted to cooperative manipulation of a common object by means of two or more robot...
This paper analyzes the performance of two cooperative robot manipulators. In order to capture the w...
In this paper we study the differential kinematics and the kineto-static manipulability indices of m...
We study the differential kinematics and the kineto-static manipulability indices of multiple cooper...
In this paper, we study the differential kinematics and the kineto-static manipulability indices of ...
A theory of force and dynamic manipulability for general systems of multiple co-operating robot mani...
The theory of force and dynamic manipulability for general systems of multiple co-operating robot ma...
The coordinator of the movements of multiple robot arms manipulating a common object is considered. ...
Many tasks involving manipulation require cooperation between robots. Meanwhile, it is necessary to ...
Abstract Many tasks involving manipulation require cooperation between robots. Meanwhile, it is ne...
Manipulability ellipsoids are well known tools for the evaluation of the capability of a manipulator...
In this paper, the analysis of the differential kinematics and manipulability measures of robotic sy...
Many tasks involving manipulation require cooperation between robots. Meanwhile, it is necessary to ...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
The))ask idea of manipulability analysis [9, 101 con-sists of describing directions in the joint spa...
This chapter is devoted to cooperative manipulation of a common object by means of two or more robot...
This paper analyzes the performance of two cooperative robot manipulators. In order to capture the w...
In this paper we study the differential kinematics and the kineto-static manipulability indices of m...
We study the differential kinematics and the kineto-static manipulability indices of multiple cooper...
In this paper, we study the differential kinematics and the kineto-static manipulability indices of ...
A theory of force and dynamic manipulability for general systems of multiple co-operating robot mani...
The theory of force and dynamic manipulability for general systems of multiple co-operating robot ma...
The coordinator of the movements of multiple robot arms manipulating a common object is considered. ...
Many tasks involving manipulation require cooperation between robots. Meanwhile, it is necessary to ...
Abstract Many tasks involving manipulation require cooperation between robots. Meanwhile, it is ne...
Manipulability ellipsoids are well known tools for the evaluation of the capability of a manipulator...
In this paper, the analysis of the differential kinematics and manipulability measures of robotic sy...
Many tasks involving manipulation require cooperation between robots. Meanwhile, it is necessary to ...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
The))ask idea of manipulability analysis [9, 101 con-sists of describing directions in the joint spa...
This chapter is devoted to cooperative manipulation of a common object by means of two or more robot...
This paper analyzes the performance of two cooperative robot manipulators. In order to capture the w...