International audienceIn this paper a method of calculating the inverse and direct dynamic model of cooperative manipulators handling flexible objects is presented. In order to solve the dynamics of this system, the closed chain is divided into two subsystems, one is flexible, representing the object and the other is rigid, representing the tree structure of the two manipulators. The two subsystems are connected by calculating the wrench transmitted by the end effectors. An analytic solution is obtained for the dynamic model. The proposed solution leads to a classification of objects grasped by multiple manipulators
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
The theory of force and dynamic manipulability for general systems of multiple co-operating robot ma...
A theory of force and dynamic manipulability for general systems of multiple co-operating robot mani...
International audienceIn this paper a method of calculating the inverse and direct dynamic model of ...
A dynamic model for two three-link cooperating structurally-flexible robotic manipulators is present...
This paper presents system identification to obtain the closed-loop models of a couple of cooperati...
This paper presents system identification to obtain the closed-loop models of a couple of cooperati...
A dynamical model and a control architecture are developed for the closed chain motion of two N-join...
Two cooperating manipulators can be applied advantageously to assembly and material handling tasks i...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
The theory of force and dynamic manipulability for general systems of multiple co-operating robot ma...
A theory of force and dynamic manipulability for general systems of multiple co-operating robot mani...
International audienceIn this paper a method of calculating the inverse and direct dynamic model of ...
A dynamic model for two three-link cooperating structurally-flexible robotic manipulators is present...
This paper presents system identification to obtain the closed-loop models of a couple of cooperati...
This paper presents system identification to obtain the closed-loop models of a couple of cooperati...
A dynamical model and a control architecture are developed for the closed chain motion of two N-join...
Two cooperating manipulators can be applied advantageously to assembly and material handling tasks i...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
A new approach to designing a dynamic controller for multiple cooperating robotic manipulators is pr...
The theory of force and dynamic manipulability for general systems of multiple co-operating robot ma...
A theory of force and dynamic manipulability for general systems of multiple co-operating robot mani...