With the expansion of collaborative robots, the necessity to ensure safe interaction between humans and robots has also arisen. Herein, a paradigm is proposed that considers closed loop control of both position and stiffness in soft articulated robots. More precisely, we propose and discuss a methodology entailing results on decoupled adaptive control, where the information about the current stiffness is obtained via input-state estimators.https://youtu.be/WBykY-k_wy
Physical human-robot interaction requires the development of safe and dependable robots. This involv...
International audienceDue to the complexity of modeling deformable materials and infinite degrees of...
Abstract — Physical human-robot interaction requires the development of safe and dependable robots. ...
This article addresses the problem of simultaneous and robust closed-loop control of joint stiffness...
The control of articulated soft robots, i.e. robots with flexible joints and rigid links, presents a...
This paper tackles the problem of controlling articulated soft robots (ASRs), i.e., robots with eith...
Interactions between robots and the environment frequently occur during most modern robotic applicat...
Despite having proven successful in generating precise motions under dynamic conditions in highly de...
Robots that are not only robust, dynamic, and gentle in the human robot interaction, but are also ab...
The application of model based adaptive control to an underactuated system representative of a class...
Currently, the access to the knowledge of stiffness values is typically constrained to a-priori iden...
Nowadays, to work safe with Human, robotics machines are forced inside cages, limiting the possible ...
none3Physical human-robot interaction requires the development of safe and dependable robots. This i...
Human beings can achieve a high level of motor performance that is still unmatched in robotic system...
Robotic manipulators with joints that are capable of precisely monitoring the instantaneous torque a...
Physical human-robot interaction requires the development of safe and dependable robots. This involv...
International audienceDue to the complexity of modeling deformable materials and infinite degrees of...
Abstract — Physical human-robot interaction requires the development of safe and dependable robots. ...
This article addresses the problem of simultaneous and robust closed-loop control of joint stiffness...
The control of articulated soft robots, i.e. robots with flexible joints and rigid links, presents a...
This paper tackles the problem of controlling articulated soft robots (ASRs), i.e., robots with eith...
Interactions between robots and the environment frequently occur during most modern robotic applicat...
Despite having proven successful in generating precise motions under dynamic conditions in highly de...
Robots that are not only robust, dynamic, and gentle in the human robot interaction, but are also ab...
The application of model based adaptive control to an underactuated system representative of a class...
Currently, the access to the knowledge of stiffness values is typically constrained to a-priori iden...
Nowadays, to work safe with Human, robotics machines are forced inside cages, limiting the possible ...
none3Physical human-robot interaction requires the development of safe and dependable robots. This i...
Human beings can achieve a high level of motor performance that is still unmatched in robotic system...
Robotic manipulators with joints that are capable of precisely monitoring the instantaneous torque a...
Physical human-robot interaction requires the development of safe and dependable robots. This involv...
International audienceDue to the complexity of modeling deformable materials and infinite degrees of...
Abstract — Physical human-robot interaction requires the development of safe and dependable robots. ...