This paper develops a classification of transition be-haviors for hybrid dynamic systems. Physical sys-tem behaviors often comprise of multiple temporal and spatial scales. A hybrid system model abstracts the operational domain of a continuous system into patches of similar behaviors. Behaviors in each patch are described by simpler models. When state variables cross threshold values, the system makes discrete tran-sitions from one patch to another. We assign physi-cal semantics to the transition behaviors in order to develop a compositional modeling framework and self-consistent simulators for hybrid systems
Equation-based modelling of hybrid systems has to consider dynamical systems consisting of component...
Introduction Used in this particular context, the term hybrid system refers to a combination of obj...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
This paper develops a mathematical framework for hybrid physical system models. Hybrid models of dyn...
Hybrid systems combine piecewise continuous behavior with discrete transitions. Hybrid dynamic syste...
Physical systems often exhibit complex nonlinear be-haviors in continuous time at multiple temporal ...
AbstractThis paper describes a comprehensive and systematic framework for building mixed continuous/...
Physical systems often exhibit complex nonlinear behaviors. To simplify behavioral analysis, we ofte...
We describe model semantics and develop a simulation algorithm for characterizing a class of dynamic...
This paper describes a comprehensive and systematic framework for building mixed continuous/discrete...
Hybrid system models combine continuous behavior evolution with discrete mode transitions. These tra...
Hybrid state systems (HSS) are modeled as a combination of Discrete State (DSS) and Continuous State...
We describe a model semantics and a simulation algorithm for characterizing a class of dynamic physi...
The theory of hybrid systems studies the combination of continuous and discrete behaviour. "V h...
A hybrid dynamical system is a system described by both differential equations (continuous flows) an...
Equation-based modelling of hybrid systems has to consider dynamical systems consisting of component...
Introduction Used in this particular context, the term hybrid system refers to a combination of obj...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
This paper develops a mathematical framework for hybrid physical system models. Hybrid models of dyn...
Hybrid systems combine piecewise continuous behavior with discrete transitions. Hybrid dynamic syste...
Physical systems often exhibit complex nonlinear be-haviors in continuous time at multiple temporal ...
AbstractThis paper describes a comprehensive and systematic framework for building mixed continuous/...
Physical systems often exhibit complex nonlinear behaviors. To simplify behavioral analysis, we ofte...
We describe model semantics and develop a simulation algorithm for characterizing a class of dynamic...
This paper describes a comprehensive and systematic framework for building mixed continuous/discrete...
Hybrid system models combine continuous behavior evolution with discrete mode transitions. These tra...
Hybrid state systems (HSS) are modeled as a combination of Discrete State (DSS) and Continuous State...
We describe a model semantics and a simulation algorithm for characterizing a class of dynamic physi...
The theory of hybrid systems studies the combination of continuous and discrete behaviour. "V h...
A hybrid dynamical system is a system described by both differential equations (continuous flows) an...
Equation-based modelling of hybrid systems has to consider dynamical systems consisting of component...
Introduction Used in this particular context, the term hybrid system refers to a combination of obj...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...