Dissemination level Public This deliverable focuses on the control of compliant actuators compliant robots developed within the AMARSI project, particularly the compliant humanoid CO-MAN developed at IIT and the compliant quadruped robot Cheetah developed at EPFL. The deliverable summarizes the outcome of tasks T2.5 and T2.6 related to the implementation and validation of different control strategies to regulate the motion of these soft body robots. These are activities include strategies to regulate the motion/impedance at the joint level as well as up at the center of mass (COM) and whole body level. The application of these controllers and their performance are validated on different tasks related to body stabilization against physical i...
Adjustable compliance or variable stiffness actuators comprise an additional element to elastically ...
Humanoid robotics actuation and control is complex as this field has specific needs. This involves t...
Introducing mobile humanoid robots into human environments requires the systems to physically intera...
Robotics has always contemplated the most perfect existing machine, Human being, dreaming to realiz...
Abstract The paper gives an overview on the developments at the German Aerospace Center DLR towards ...
This thesis introduces novel thinking and techniques to the control of robotic manipulation. In part...
The paper defines impedance control based control laws for interaction tasks with environments of un...
In classical robotic applications, actuators are preferred to be as stiff as possible to make precis...
Introducing mobile humanoid robots into human environments requires the systems to physically intera...
This paper presents new concept for controlling manipu-lators in compliant motion tasks. Compliant m...
Traditional compliance control of a rehabilitation robot is implemented in task space by using imped...
In this paper, through the modeling and analysis of flexible joints, an impedance controller based o...
Safety is very important for physical human-robot interaction. Compliance control can solve an impor...
The embodiment of physical compliance in humanoid robots, inspired by biology, improves the robustne...
Safety is an important requirement for human-robot interaction. Compliance control can often help to...
Adjustable compliance or variable stiffness actuators comprise an additional element to elastically ...
Humanoid robotics actuation and control is complex as this field has specific needs. This involves t...
Introducing mobile humanoid robots into human environments requires the systems to physically intera...
Robotics has always contemplated the most perfect existing machine, Human being, dreaming to realiz...
Abstract The paper gives an overview on the developments at the German Aerospace Center DLR towards ...
This thesis introduces novel thinking and techniques to the control of robotic manipulation. In part...
The paper defines impedance control based control laws for interaction tasks with environments of un...
In classical robotic applications, actuators are preferred to be as stiff as possible to make precis...
Introducing mobile humanoid robots into human environments requires the systems to physically intera...
This paper presents new concept for controlling manipu-lators in compliant motion tasks. Compliant m...
Traditional compliance control of a rehabilitation robot is implemented in task space by using imped...
In this paper, through the modeling and analysis of flexible joints, an impedance controller based o...
Safety is very important for physical human-robot interaction. Compliance control can solve an impor...
The embodiment of physical compliance in humanoid robots, inspired by biology, improves the robustne...
Safety is an important requirement for human-robot interaction. Compliance control can often help to...
Adjustable compliance or variable stiffness actuators comprise an additional element to elastically ...
Humanoid robotics actuation and control is complex as this field has specific needs. This involves t...
Introducing mobile humanoid robots into human environments requires the systems to physically intera...