Abstract — In this contribution we propose a reformulation of a momentum-based balance controller originally proposed by Lee and Goswami. The advantage of our formulation is that we can guarantee that the control will satisfy any constraint in contact forces, joint accelerations and torque commands. Moreover, the formulation leads to an interesting insight into how equations of motion can be decoupled to significantly simplify the design of controllers based on the full robot dy-namics. Finally, we present balancing experiments on a torque controlled humanoid robot. To the best of our knowledge, it is the first time that this momentum-based balance controller is implemented on a real robot, using a pure torque control approach. I
Abstract — Physical humanoids often require the ability to maintain upright balance while performing...
We present work towards compliant control of humanoid balance and walking. We make use of an extende...
2018-07-26In this work, we explore computationally lightweight optimization-based methods for planni...
A novel balance control method for a humanoid robot is presented. It consists of a contact torque co...
Recently several hierarchical inverse dynamics controllers based on cascades of quadratic programs h...
This work presents a new control approach to multi-contact balancing for torque-controlled humanoid ...
Abstract—Nature has developed methods for controlling the movements of organisms with many degrees o...
Abstract—This paper presents a control framework for humanoid robots that uses all joints simultaneo...
(also presented at ICRA'19)International audienceBalancing is a critical feature for a robot interac...
This work presents an extension of balance control for torque-controlled humanoid robots. Within a n...
A humanoid robot is expected to experience various force disturbances during interaction with humans...
Abstract—This paper introduces and compares two control approaches that increase the robustness of h...
Humanoid robots represent the state of the art in complex robot systems. High performance controller...
Abstract—This paper proposes an effective framework of human-humanoid robot physical interaction. It...
Control of two-wheeled humanoid robots poses several challenges due to the unstable dynamics of thei...
Abstract — Physical humanoids often require the ability to maintain upright balance while performing...
We present work towards compliant control of humanoid balance and walking. We make use of an extende...
2018-07-26In this work, we explore computationally lightweight optimization-based methods for planni...
A novel balance control method for a humanoid robot is presented. It consists of a contact torque co...
Recently several hierarchical inverse dynamics controllers based on cascades of quadratic programs h...
This work presents a new control approach to multi-contact balancing for torque-controlled humanoid ...
Abstract—Nature has developed methods for controlling the movements of organisms with many degrees o...
Abstract—This paper presents a control framework for humanoid robots that uses all joints simultaneo...
(also presented at ICRA'19)International audienceBalancing is a critical feature for a robot interac...
This work presents an extension of balance control for torque-controlled humanoid robots. Within a n...
A humanoid robot is expected to experience various force disturbances during interaction with humans...
Abstract—This paper introduces and compares two control approaches that increase the robustness of h...
Humanoid robots represent the state of the art in complex robot systems. High performance controller...
Abstract—This paper proposes an effective framework of human-humanoid robot physical interaction. It...
Control of two-wheeled humanoid robots poses several challenges due to the unstable dynamics of thei...
Abstract — Physical humanoids often require the ability to maintain upright balance while performing...
We present work towards compliant control of humanoid balance and walking. We make use of an extende...
2018-07-26In this work, we explore computationally lightweight optimization-based methods for planni...