International audienceBecause of increasing joint speed and acceleration of complex mechanical structures such as rigid and flexible robotics manipulators, accurate models of joints with electric drives are needed to improve their simulation and their control. The authors proposed a new way to identify the electrical parameters of a robot driven by a synchronous machine. A closed loop identification of an inverse model which is linear in relation to the parameters is performed using least squares techniques and exciting trajectories of current. These current trajectories minimize a criterion which is function of the condition number of an observation matrix. Experimental results are give
International audienceThis paper deals with the identification of physical parameters of a one-degre...
In this paper, a novel methodology for estimating the parameters of robotic manipulator systems is p...
In this paper, a novel methodology for estimating the parameters of robotic manipulator systems is p...
International audienceIn many cases of new actuation of compliant controlled or bio-inspired joint d...
International audienceIn many cases of new actuation of compliant controlled or bio-inspired joint d...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
This paper addresses the important topic of electro-mechanical systems identification with an applic...
International audienceThis paper addresses the important topic of electro-mechanical systems identif...
International audienceThis paper addresses the important topic of electro-mechanical systems identif...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
Offline robot dynamic identification methods are mostly based on the use of the inverse dynamic mode...
International audienceThe identification methods based on the inverse dynamic model allow to use the...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
International audienceThis paper deals with the identification of physical parameters of a one-degre...
In this paper, a novel methodology for estimating the parameters of robotic manipulator systems is p...
In this paper, a novel methodology for estimating the parameters of robotic manipulator systems is p...
International audienceIn many cases of new actuation of compliant controlled or bio-inspired joint d...
International audienceIn many cases of new actuation of compliant controlled or bio-inspired joint d...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
This paper addresses the important topic of electro-mechanical systems identification with an applic...
International audienceThis paper addresses the important topic of electro-mechanical systems identif...
International audienceThis paper addresses the important topic of electro-mechanical systems identif...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
Offline robot dynamic identification methods are mostly based on the use of the inverse dynamic mode...
International audienceThe identification methods based on the inverse dynamic model allow to use the...
International audienceOff-line robot dynamic identification methods are based on the use of the Inve...
International audienceThis paper deals with the identification of physical parameters of a one-degre...
In this paper, a novel methodology for estimating the parameters of robotic manipulator systems is p...
In this paper, a novel methodology for estimating the parameters of robotic manipulator systems is p...