We present a UML-inspired approach to modeling and analysis of complex systems. Different stakeholders of a system may have different views, modeled with different techniques. It is essential that the various aspect models (use cases and life cycles) provide a complete and consistent description of the total system. Our approach based on the composition and decomposition of (colored) Petri nets allows the integration of aspect models. We illustrate our approach by a case study
Our experience, mainly based on two recently conducted real-life studies for some European companies...
UML is by far the most widely used modelling language used nowadays in software engineering, due to ...
Abstract. When designing a complex system with critical requirements (e.g. for safety issues), forma...
We present a UML-inspired approach to modeling and analysis of complex systems. Different stakeholde...
Abstract: Unified Modeling Language (UML) is easier to understand and communicate using graphical no...
Abstract. Within MDA models are usually created in the UML. How-ever, one may prefer to use differen...
AbstractAmong the factors that contribute to the inherent complexity of the software development pro...
Constructing complex software systems by integrating different software components is a promising an...
Unified Modelling Language (UML) allows modelling different aspects of information system (IS) throu...
Abstract. The Unified Modeling Language (UML) favors the construc-tion of models composed of several...
Aspect-oriented concepts are currently exploited to model systems from the beginning of their develo...
Abstract. Aspect-oriented concepts are currently exploited to model systems from the beginning of th...
UML is by far the most widely used modelling language used nowadays in software engineering, due to ...
Abstract. This paper describes an approach for using Petri nets to model and analyze the behavioral ...
The paper analyzes the need of complex system modeling.According to the advantage and shortage of UM...
Our experience, mainly based on two recently conducted real-life studies for some European companies...
UML is by far the most widely used modelling language used nowadays in software engineering, due to ...
Abstract. When designing a complex system with critical requirements (e.g. for safety issues), forma...
We present a UML-inspired approach to modeling and analysis of complex systems. Different stakeholde...
Abstract: Unified Modeling Language (UML) is easier to understand and communicate using graphical no...
Abstract. Within MDA models are usually created in the UML. How-ever, one may prefer to use differen...
AbstractAmong the factors that contribute to the inherent complexity of the software development pro...
Constructing complex software systems by integrating different software components is a promising an...
Unified Modelling Language (UML) allows modelling different aspects of information system (IS) throu...
Abstract. The Unified Modeling Language (UML) favors the construc-tion of models composed of several...
Aspect-oriented concepts are currently exploited to model systems from the beginning of their develo...
Abstract. Aspect-oriented concepts are currently exploited to model systems from the beginning of th...
UML is by far the most widely used modelling language used nowadays in software engineering, due to ...
Abstract. This paper describes an approach for using Petri nets to model and analyze the behavioral ...
The paper analyzes the need of complex system modeling.According to the advantage and shortage of UM...
Our experience, mainly based on two recently conducted real-life studies for some European companies...
UML is by far the most widely used modelling language used nowadays in software engineering, due to ...
Abstract. When designing a complex system with critical requirements (e.g. for safety issues), forma...