The deployment of control algorithms into software-based controllers is fundamental for the correctness of the designed application. Deployment involves both the configuration of design choices and the management of unpredictable behaviors of controllers. Tools and methodologies must be identified for supporting the activity. This paper proposes to break-down the deployment process into layers of abstraction. Simulations and modeling patterns are introduced for configuring the design choices of each abstraction layer. However, the verification of the approach through the application to real case studies will be matter of future works
The co-use of process simulation systems together with process and automation design tools, operator...
The development of a distributed simulator requires knowledge and skills that might be unavailable o...
The paper presents a new information technology approach for simulation-based systems capable of ser...
The deployment of control algorithms into software-based controllers is fundamental for the correctn...
Distributed control applications are software systems designed to coordinate and control the operati...
Model-based approaches are being employed more and more in simulation development. Graphical modeli...
Abstract: Current tools for design and implementation of embedded systems lack sufficient support fo...
This paper structures existing modelling techniques and theories into a systematic stepwise design t...
The development of distributed applications in the automotive domain based on networks of electronic...
Simulation systems need to be able to serve the need of a large domain of users with varying require...
Parallel and distributed simulations (PADS) realize the distributed execution of a simulation system...
International audienceControl design and real-time implementation are usually performed in isolation...
The goal of this chapter is to ease simulation and validation of smart systems. In this context, it ...
In this paper, we address the complex task of initializing an on-line simulation to a current system...
One of the important problems in High Level Architecture (HLA) based distributed simulation systems ...
The co-use of process simulation systems together with process and automation design tools, operator...
The development of a distributed simulator requires knowledge and skills that might be unavailable o...
The paper presents a new information technology approach for simulation-based systems capable of ser...
The deployment of control algorithms into software-based controllers is fundamental for the correctn...
Distributed control applications are software systems designed to coordinate and control the operati...
Model-based approaches are being employed more and more in simulation development. Graphical modeli...
Abstract: Current tools for design and implementation of embedded systems lack sufficient support fo...
This paper structures existing modelling techniques and theories into a systematic stepwise design t...
The development of distributed applications in the automotive domain based on networks of electronic...
Simulation systems need to be able to serve the need of a large domain of users with varying require...
Parallel and distributed simulations (PADS) realize the distributed execution of a simulation system...
International audienceControl design and real-time implementation are usually performed in isolation...
The goal of this chapter is to ease simulation and validation of smart systems. In this context, it ...
In this paper, we address the complex task of initializing an on-line simulation to a current system...
One of the important problems in High Level Architecture (HLA) based distributed simulation systems ...
The co-use of process simulation systems together with process and automation design tools, operator...
The development of a distributed simulator requires knowledge and skills that might be unavailable o...
The paper presents a new information technology approach for simulation-based systems capable of ser...