A widely used classification of modelling languages distinguishes the categories continuous time (CT), discrete event (DE), discrete time (DT), and hybrid. For a better insight into the many different hybrid languages, a classification of five categories (CT, CT+, DE, DE+, and CT/DE) is proposed. Each category is explained, together with many of the included languages, simulators, and the associated application fields. Special interest is given to the Chi language used for specification, simulation and real-time control of industrial systems. Its CT part is based on (conditional) DAEs, its DE part on Communicating Sequential Processes. The suitability of the language for DE, CT, and CT/DE modelling is illustrated by two cases
Simulation-based testing of discrete-event control systems can be advantageous. There is, however, a...
Controllers of continuous systems are usually discrete, because of the sampling required by computer...
In order to design controllers, models of the system to be controlled (the plant), and models of the...
A widely used classification of modelling languages distinguishes the categories continuous time (CT...
A widely used classification of modelling languages distinguishes the categories continuous-time (CT...
Abstract: A widely used classification of modelling languages distinguishes the categories continuou...
Abstract: A widely used classification of modelling languages distinguishes the categories continuou...
For the design of large industrial systems, usually many different modelling languages are required....
Simulation-based testing of discrete-event control systems can be advantageous. There is, however, a...
Currently, modelling of systems in the process industry requires the use of different specification ...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
Currently, there is a gap between simulation languages and verication formalisms. The language atte...
Most present day simulation languages use ASCII characters for representation of models. ASCII chara...
Simulation-based testing of discrete-event control systems can be advantageous. There is, however, a...
Controllers of continuous systems are usually discrete, because of the sampling required by computer...
In order to design controllers, models of the system to be controlled (the plant), and models of the...
A widely used classification of modelling languages distinguishes the categories continuous time (CT...
A widely used classification of modelling languages distinguishes the categories continuous-time (CT...
Abstract: A widely used classification of modelling languages distinguishes the categories continuou...
Abstract: A widely used classification of modelling languages distinguishes the categories continuou...
For the design of large industrial systems, usually many different modelling languages are required....
Simulation-based testing of discrete-event control systems can be advantageous. There is, however, a...
Currently, modelling of systems in the process industry requires the use of different specification ...
The hybrid Chi language is formalism for modeling, simulation and verification of hybrid systems. Th...
Currently, there is a gap between simulation languages and verication formalisms. The language atte...
Most present day simulation languages use ASCII characters for representation of models. ASCII chara...
Simulation-based testing of discrete-event control systems can be advantageous. There is, however, a...
Controllers of continuous systems are usually discrete, because of the sampling required by computer...
In order to design controllers, models of the system to be controlled (the plant), and models of the...