Abstract: The paper studies the properties of a sinusoidally vibrating wedge billiard as a model for 2D impact juggling. It is shown that some periodic orbits that are unstable in the elastic xed wedge become exponentially stable in the (non-)elastic vibrating wedge. These orbits are linked with some classical juggling patterns, providing an interesting benchmark for the study of the frequency-locking properties in human rhythmic tasks
This paper investigates how the efficiency and robustness of a skilled rhythmic task compete against...
While most previous work in planning manipulation tasks relies on the assumption of quasi-static co...
In this paper we demonstrate that a passive vibration strategy can bring a one-degree-of-freedom bal...
The paper studies the properties of a sinusoidally vibrating wedge billiard as a model for 2D impact...
peer reviewedThe paper studies the properties of a sinusoidally vibrating wedge billiard as a model...
The paper studies the properties of a sinusoidally vibrating wedge billiard as a model for 2-D bounc...
This paper addresses the question relative to the role of sensory feedback in rhythmic tasks. We stu...
This paper addresses the question relative to the role of sensory feedback in rhythmic tasks. We stu...
peer reviewedThis paper introduces a stabilization problem for an elementary impact control system ...
peer reviewedThe paper addresses the stabilization of periodic orbits in a wedge billiard with actu...
The paper addresses the rhythmic stabilization of periodic orbits in a wedge billiard with actuated ...
We describe simple one-dimensional models of passive (no energy input, no control), generally dissip...
The paper addresses the stabilization of periodic orbits in a wedge billiard with actuated edges. It...
The paper considers the feedback stabilization of periodic orbits in a planar juggler. The juggler i...
A natural-physical approach is pursued in uncovering basic timing and phase relations in human rhyth...
This paper investigates how the efficiency and robustness of a skilled rhythmic task compete against...
While most previous work in planning manipulation tasks relies on the assumption of quasi-static co...
In this paper we demonstrate that a passive vibration strategy can bring a one-degree-of-freedom bal...
The paper studies the properties of a sinusoidally vibrating wedge billiard as a model for 2D impact...
peer reviewedThe paper studies the properties of a sinusoidally vibrating wedge billiard as a model...
The paper studies the properties of a sinusoidally vibrating wedge billiard as a model for 2-D bounc...
This paper addresses the question relative to the role of sensory feedback in rhythmic tasks. We stu...
This paper addresses the question relative to the role of sensory feedback in rhythmic tasks. We stu...
peer reviewedThis paper introduces a stabilization problem for an elementary impact control system ...
peer reviewedThe paper addresses the stabilization of periodic orbits in a wedge billiard with actu...
The paper addresses the rhythmic stabilization of periodic orbits in a wedge billiard with actuated ...
We describe simple one-dimensional models of passive (no energy input, no control), generally dissip...
The paper addresses the stabilization of periodic orbits in a wedge billiard with actuated edges. It...
The paper considers the feedback stabilization of periodic orbits in a planar juggler. The juggler i...
A natural-physical approach is pursued in uncovering basic timing and phase relations in human rhyth...
This paper investigates how the efficiency and robustness of a skilled rhythmic task compete against...
While most previous work in planning manipulation tasks relies on the assumption of quasi-static co...
In this paper we demonstrate that a passive vibration strategy can bring a one-degree-of-freedom bal...