Add to ORKGThis paper develops a mathematical framework for hybrid physical system models. Hybrid models of dynamic physical systems are characterized by time scale and parameter abstractions which lead to sequences of discrete changes in the system between modes of continuous behavior evolution. The goal is to develop formal execution semantics for characterizing hybrid behaviors in terms of three distinct modes of system operation
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
Introduction Used in this particular context, the term hybrid system refers to a combination of obj...
This report describes the architecture and implementation of a simulator environment for models of p...
AbstractThis paper describes a comprehensive and systematic framework for building mixed continuous/...
Hybrid systems combine piecewise continuous behavior with discrete transitions. Hybrid dynamic syste...
This paper develops a classification of transition be-haviors for hybrid dynamic systems. Physical s...
This paper describes a comprehensive and systematic framework for building mixed continuous/discrete...
Physical systems often exhibit complex nonlinear be-haviors in continuous time at multiple temporal ...
We describe model semantics and develop a simulation algorithm for characterizing a class of dynamic...
We describe a model semantics and a simulation algorithm for characterizing a class of dynamic physi...
We discuss the challenges of building a simulation framework for hybrid systems, in particular the w...
Physical systems often exhibit complex nonlinear behaviors. To simplify behavioral analysis, we ofte...
The distinguishing characteristic of hybrid systems is the interaction between a continuous-time and...
Effective design of models requires simplification of different components of the system. For exampl...
Hybrid system models combine continuous behavior evolution with discrete mode transitions. These tra...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
Introduction Used in this particular context, the term hybrid system refers to a combination of obj...
This report describes the architecture and implementation of a simulator environment for models of p...
AbstractThis paper describes a comprehensive and systematic framework for building mixed continuous/...
Hybrid systems combine piecewise continuous behavior with discrete transitions. Hybrid dynamic syste...
This paper develops a classification of transition be-haviors for hybrid dynamic systems. Physical s...
This paper describes a comprehensive and systematic framework for building mixed continuous/discrete...
Physical systems often exhibit complex nonlinear be-haviors in continuous time at multiple temporal ...
We describe model semantics and develop a simulation algorithm for characterizing a class of dynamic...
We describe a model semantics and a simulation algorithm for characterizing a class of dynamic physi...
We discuss the challenges of building a simulation framework for hybrid systems, in particular the w...
Physical systems often exhibit complex nonlinear behaviors. To simplify behavioral analysis, we ofte...
The distinguishing characteristic of hybrid systems is the interaction between a continuous-time and...
Effective design of models requires simplification of different components of the system. For exampl...
Hybrid system models combine continuous behavior evolution with discrete mode transitions. These tra...
Continuous system dynamics can be described by, possibly large, systems of differential equations. T...
Introduction Used in this particular context, the term hybrid system refers to a combination of obj...
This report describes the architecture and implementation of a simulator environment for models of p...