Abstract — The problem addressed in this communication deals with the object-modelling of interconnected systems. This communication attempts to provide a bridge between the object-oriented modelling methods based on languages and compilers for simulation purpose, and the behavioral mod-elling approach based on a reliable mathematical formalism. An object-oriented model structure (multiport diagram) and a modelling procedure are developed. An application to a simple example is presented to illustrate the implementation of the multiport diagram into the modelling language Modelica c©. I
Abstract: This paper describes a formal framework for Object-Oriented (O-O) modelling of mechatronic...
ISSN 1206-212XInternational audienceModelling complex software systems requires multiple modelling f...
An increasing impact of system modeling in software development facilitates a vision of software dev...
Abstract: This paper deals with the mathematical description of the object-oriented paradigm for phy...
Modelica is a general equation-based object-oriented language for continuous and discrete-event mode...
Modelica is a general equation-based object-oriented language for continuous and discrete-event mode...
The paper describes a modeling language that aims to provide a unified framework for multi-domain ph...
A unified description of networked dynamical systems, entitled multiport diagram, is proposed in thi...
International audienceWe present an approach to multi-formalism modeling which addresses two importa...
Complex communicating computer systems—computers connected by data networks and in constant communic...
This paper describes a formal framework for Object-Oriented (O-O) modelling of mechatronic systems, ...
International audienceA step in the validation of a system is to check its behavior by simulation. S...
We present a simulation and design framework for simultaneously designing and modeling electromechan...
Abstract: We describe a behavioural modelling approach based on the concept of a “Protocol Machine”,...
Modelica is an object-oriented language for modeling of large, complex and heterogeneous physical sy...
Abstract: This paper describes a formal framework for Object-Oriented (O-O) modelling of mechatronic...
ISSN 1206-212XInternational audienceModelling complex software systems requires multiple modelling f...
An increasing impact of system modeling in software development facilitates a vision of software dev...
Abstract: This paper deals with the mathematical description of the object-oriented paradigm for phy...
Modelica is a general equation-based object-oriented language for continuous and discrete-event mode...
Modelica is a general equation-based object-oriented language for continuous and discrete-event mode...
The paper describes a modeling language that aims to provide a unified framework for multi-domain ph...
A unified description of networked dynamical systems, entitled multiport diagram, is proposed in thi...
International audienceWe present an approach to multi-formalism modeling which addresses two importa...
Complex communicating computer systems—computers connected by data networks and in constant communic...
This paper describes a formal framework for Object-Oriented (O-O) modelling of mechatronic systems, ...
International audienceA step in the validation of a system is to check its behavior by simulation. S...
We present a simulation and design framework for simultaneously designing and modeling electromechan...
Abstract: We describe a behavioural modelling approach based on the concept of a “Protocol Machine”,...
Modelica is an object-oriented language for modeling of large, complex and heterogeneous physical sy...
Abstract: This paper describes a formal framework for Object-Oriented (O-O) modelling of mechatronic...
ISSN 1206-212XInternational audienceModelling complex software systems requires multiple modelling f...
An increasing impact of system modeling in software development facilitates a vision of software dev...