AbstractThe hybrid nature of complex systems such Hybrid Dynamic Systems (HDS) makes the modeling, analysis and monitoring tasks very challenging. The complexity due to the hybrid behavior of HDS remains always the most significant reason. However, the graphical models such Bond graph and Petri Nets are extremely appreciable allowing the best description of the internal causalities in HDS. In this paper, we propose a unified formal based approach coupling Bond graphs and Petri Nets theories to model HDS. This approach gives an efficient solution to the transition problematic and serves as theoretical study for complexity reduction of hybrid models
The causally dynamic hybrid bond graph is extended to the case of mode-switching behaviour. Mode-swi...
In this dissertation, a new methodology for the modeling and analysis of hybrid systems is presente...
Introduction When modeling a physical system, it is common practice to describe the components that ...
ronments, simulation of hybrid systems. Accurate and efficient simulations facilitate cost-effective...
Engineering systems are frequently abstracted to models with discontinuous behaviour (such as a swit...
Accurate and efficient simulations facilitate cost-effective design and analysis of large, complex, ...
Accurate and efficient simulations facilitate cost-effective design and analysis of large, complex, ...
Hybrid models are those containing continuous and discontinuous behaviour. In constructing dynamic s...
Models of physical systems have to be based on physical principles such as conservation of energy an...
Models of physical systems have to be based on physical principles such as conservation of energy an...
Models of physical systems have to be based on physical principles such as conservation of energy an...
Models of physical systems have to be based on physical principles such as conservation of energy an...
International audienceThis paper is devoted to the use of hybrid Petri nets (PNs) for modeling and c...
Causally dynamic hybrid bond graphs are generally considered unsuitable for simulation, and causalit...
Hybrid system simulation, hybrid bond graphs, component-based modeling, block diagrams This paper pr...
The causally dynamic hybrid bond graph is extended to the case of mode-switching behaviour. Mode-swi...
In this dissertation, a new methodology for the modeling and analysis of hybrid systems is presente...
Introduction When modeling a physical system, it is common practice to describe the components that ...
ronments, simulation of hybrid systems. Accurate and efficient simulations facilitate cost-effective...
Engineering systems are frequently abstracted to models with discontinuous behaviour (such as a swit...
Accurate and efficient simulations facilitate cost-effective design and analysis of large, complex, ...
Accurate and efficient simulations facilitate cost-effective design and analysis of large, complex, ...
Hybrid models are those containing continuous and discontinuous behaviour. In constructing dynamic s...
Models of physical systems have to be based on physical principles such as conservation of energy an...
Models of physical systems have to be based on physical principles such as conservation of energy an...
Models of physical systems have to be based on physical principles such as conservation of energy an...
Models of physical systems have to be based on physical principles such as conservation of energy an...
International audienceThis paper is devoted to the use of hybrid Petri nets (PNs) for modeling and c...
Causally dynamic hybrid bond graphs are generally considered unsuitable for simulation, and causalit...
Hybrid system simulation, hybrid bond graphs, component-based modeling, block diagrams This paper pr...
The causally dynamic hybrid bond graph is extended to the case of mode-switching behaviour. Mode-swi...
In this dissertation, a new methodology for the modeling and analysis of hybrid systems is presente...
Introduction When modeling a physical system, it is common practice to describe the components that ...