Movement of Anthropomorphic Systems
- gepetto -
TEAM NEWS
TEAM CALENDAR
14.03.24 - Ethical & robotic film screening in Castelnaudary and meeting with Olivier Stasse
Texte à modifier dans l’interface d’édition: champ 'sujet_chapo' de la page Equipe.
Motion planning and control in robotics
One of the main research activities of the Gepetto team consists of developing and testing new techniques and algorithms for automatic generation of movements as well as the control laws allowing them to be executed on physical robots.
Hardware design
The Gepetto team considers the mechatronic design of robots as an essential component of the automatic generation of movements. The two main targets of this activity are human-sized humanoid robots like the TALOS robot and small quadruped robots such as Solo or Sassa.
Head
Scientific executive
ITA contractor
Postdoctoral
PhD
Intern
Contractor researcher
Partnership guest
Latest publications
2024
Journal articles
Conference papers
Preprints, Working Papers, ...
2023
Journal articles
Books
Jean-Paul Laumond. La Robotique.. Odile Jacob, 288p., 2023, 9782415006044. ⟨hal-04137269⟩
Conference papers
Proceedings
Preprints, Working Papers, ...
2022
Journal articles
Conference papers
Preprints, Working Papers, ...
2021
Journal articles
Conference papers
Master thesis
Other documents
Reports
Preprints, Working Papers, ...
2020
Journal articles
Book sections
Conference papers
Master thesis
Thomas Peyrucain. Integration of SoT packages into ROS. Robotics [cs.RO]. 2020. ⟨hal-03144164⟩
Other documents
Preprints, Working Papers, ...
2019
Journal articles
Books
Book sections
Conference papers
Master thesis
Preprints, Working Papers, ...
The Gepetto team is involved in numerous collaborative projects. The main ones are
- ANITI,
- ANR TIRREX,
- PEPR O2R,
- Human-centered robotics key challenge.
The team also reaches out to the socio-economic world via its common laboratories:
- ROB4FAM with Airbus,
- Dynamograde with Toward.
The Gepetto team capitalizes the results of its research into software and hardware platforms. The main ones are:
- Software platforms
- pinocchio, for the highly efficient calculation of the kinematics and dynamics of a kinematic chain,
- Humanoid Path Planner (HPP), for the automatic generation of collision-free movements for various types of robots, and more particularly for manipulation applications,
- croccodyl for predictive control.
- Hardware platforms
THESIS / HDR
2023
2022
Pierre-Alexandre Léziart, Thèse: Contrôle de la locomotion d'un robot quadrupède léger
Isabelle Maroger, Thèse: Transport de charges homme-robot
Noelie Ramuzat, Thèse: Contrôle en force/couple pour des opérations industrielles
Alexis Nicolin, Thèse: Planification de tâches d'asservissement visuel en robotique
2020
Diane Bury, Thèse: Planification de tâches de manipulation pour robots parallèles à câbles
Céline Pieters, Thèse: Les mots de la robotique : une approche rhétorique
2019
Rohan Budhiraja, Thèse: Locomotion Multi-corps : Structure du problème et résolution efficace
2018
Florent Forget, Thèse: Modélisation et contrôle d'actionneurs pour la robotique humanoïde
2017
Nassime Blin, Thèse: Planification interactive de mouvement avec contact
Alexis Mifsud, Thèse: Estimation et stabilisation de l'état d'un robot humanoïde compliant
Guilhem Saurel, Thèse: Génération de mouvement en robotique mobile et humanoïde
Justin Carpentier, Thèse: Computational foundations of anthropomorphic locomotion
Mylène Campana, Thèse: Planification de mouvements pour acteurs digitaux
Joseph Mirabel, Thèse: Planification de mouvement pour objets documentés
2016
2015
Olivier Roussel, Thèse: Planification de mouvement pour tiges élastiques
Andreas Orthey, Thèse: Exploiter la structure pour la planification de mouvement humanoïde
2014
DEPARTMENT
REJOINDRE
Notre équipe de recherche
Pour plus d’informations sur les offres d’emploi, vous pouvez contacter