This paper presents both necessary and sufficient conditions for the stability of Zeno equilibria in Lagrangian hybrid systems, i.e., hybrid systems modeling mechanical systems undergoing impacts. These conditions for stability are motivated by the sufficient conditions for Zeno behavior in Lagrangian hybrid systems obtained in [11]—we show that the same conditions that imply the existence of Zeno behavior near Zeno equilibria imply the stability of the Zeno equilibria. This paper, therefore, not only presents conditions for the stability of Zeno equilibria, but directly relates the stability of Zeno equilibria to the existence of Zeno behavior
Abstract—Zeno behavior is a dynamic phenomenon unique to hybrid systems in which an infinite number ...
Zeno behavior is a dynamic phenomenon unique to hybrid systems in which an infinite number of discre...
Lyapunov-like conditions that utilize generalizations of energy and barrier functions certifying Zen...
This paper presents both necessary and sufficient conditions for the stability of Zeno equilibria i...
This paper studies Lagrangian hybrid systems, which are a special class of hybrid systems modeling m...
Abstract — This paper presents both necessary and sufficient conditions for the stability of Zeno eq...
Abstract This paper studies Lagrangian hybrid systems, which are a special class of hybrid systems m...
Lyapunov-like conditions that utilize generalizations of energy and barrier functions certifying Zen...
This paper presents proof-certificate based sufficient conditions for the existence of Zeno behavior...
This paper presents easily verifiable sufficient conditions for the existence of Zenobehavior in Lag...
This paper presents a method for completing Lagrangian hybrid systems models in a formal manner. Th...
Abstract. This paper presents easily verifiable sufficient conditions for the existence of Zeno beha...
This paper presents easily verifiable sufficient conditions for the existence of Zeno behavior in La...
The existence of Zeno behavior in hybrid systems is related to a certain type of equilibria, termed...
Understanding Zeno phenomena plays an important role in understanding hybrid systems. A natural - an...
Abstract—Zeno behavior is a dynamic phenomenon unique to hybrid systems in which an infinite number ...
Zeno behavior is a dynamic phenomenon unique to hybrid systems in which an infinite number of discre...
Lyapunov-like conditions that utilize generalizations of energy and barrier functions certifying Zen...
This paper presents both necessary and sufficient conditions for the stability of Zeno equilibria i...
This paper studies Lagrangian hybrid systems, which are a special class of hybrid systems modeling m...
Abstract — This paper presents both necessary and sufficient conditions for the stability of Zeno eq...
Abstract This paper studies Lagrangian hybrid systems, which are a special class of hybrid systems m...
Lyapunov-like conditions that utilize generalizations of energy and barrier functions certifying Zen...
This paper presents proof-certificate based sufficient conditions for the existence of Zeno behavior...
This paper presents easily verifiable sufficient conditions for the existence of Zenobehavior in Lag...
This paper presents a method for completing Lagrangian hybrid systems models in a formal manner. Th...
Abstract. This paper presents easily verifiable sufficient conditions for the existence of Zeno beha...
This paper presents easily verifiable sufficient conditions for the existence of Zeno behavior in La...
The existence of Zeno behavior in hybrid systems is related to a certain type of equilibria, termed...
Understanding Zeno phenomena plays an important role in understanding hybrid systems. A natural - an...
Abstract—Zeno behavior is a dynamic phenomenon unique to hybrid systems in which an infinite number ...
Zeno behavior is a dynamic phenomenon unique to hybrid systems in which an infinite number of discre...
Lyapunov-like conditions that utilize generalizations of energy and barrier functions certifying Zen...