A Highly accurate model-free motion control system with a mamdani fuzzy feedback controller combined with a TSK fuzzy feed-forward controller

Ren, Qun et Bigras, Pascal. 2017. « A Highly accurate model-free motion control system with a mamdani fuzzy feedback controller combined with a TSK fuzzy feed-forward controller ». Journal of Intelligent & Robotic Systems, vol. 86, nº 3/4. pp. 367-379.
Compte des citations dans Scopus : 15.

Prévisualisation

PDF Bigras P. 2017 14365 A highly accurate model-free motion.pdf - Version acceptée Licence d'utilisation : Tous les droits réservés aux détenteurs du droit d'auteur. Télécharger (975kB) | Prévisualisation

Résumé

In this paper, a new intelligent robot motion control architecture – a highly accurate model-free fuzzy motion control- is proposed in order to achieve improved robot motion accuracy and dynamic performance. Its architecture combines a Mamdani fuzzy proportional (P) and a conventional integral (I) plus derivative (D) controller for the feedback part of the system, and a Takagi-Sugeno-Kang fuzzy controller for the feed-forward, nonlinear part. The fuzzy P + ID controller improves the performance of the nonlinear system, and the TSK fuzzy controller uses a TSK fuzzy inference system based on extended subtractive- clustering method which integrates information on joint angular displacement, velocity and acceleration for torque identification. The advantage of this kind of model-free control is that it uses the information directly from the input/output of the nonlinear system, without any complex robot model computation, in order to decrease the control system’s sensitivity to any dynamical uncertainty. Furthermore, parametric search for clustering parameters in extended subtractive clustering secures the high accuracy of the system identification. Consequently, this proposed model-free fuzzy motion control benefits from the advantages of two kinds of fuzzy system. It not only incorporates flexible design, good performance and simple conception but also ensures precise motion control and great robustness. Comparisons with other intelligent models and results from numerical studies on a 4-bar planar parallel mechanism show the effectiveness and competitiveness of the proposed control.

Type de document:	Article publié dans une revue, révisé par les pairs
Professeur:	Professeur Bigras, Pascal
Affiliation:	Génie de la production automatisée
Date de dépôt:	23 janv. 2017 15:47
Dernière modification:	04 janv. 2018 10:10
URI:	https://espace2.etsmtl.ca/id/eprint/14365

Actions (Authentification requise)

Dernière vérification avant le dépôt