This work proposes a method for the development of cyber-physical systems starting from a high-level representation of the control algorithm, performing a formal analysis of the algorithm, and co-simulating the algorithm with the controlled system both at high level, abstracting from the target processor, and at low level, i.e., including the emulation of the target processor. The expected advantages are a smoother and more controllable development process and greater design dependability and accuracy with respect to basic model-driven development. As a case study, an automatic transmission control has been used to show the applicability of the proposed approach
The development of more and more complex embedded systems constitutes a very challenging task for ED...
From the dawn of the first use of microprocessors and microcontrollers in embedded systems, the soft...
A development process based on concurrent engineering is considered to be a powerful aid for shorten...
This work proposes a method for the development of cyber-physical systems starting from a high-level...
This work is about an approach for designing control software for mechatronic and robotic machines. ...
Abstract—Control applications have become an integral part of modern networked embedded systems. How...
Many co-simulation techniques either suffer from poor performance when simulating communications int...
peer-reviewedEmbedded system interacting with physical world should be designed with high degree of ...
The work presented here is on setting up methodological support, including (prototype) tools, for th...
In most embedded control system (ECS) designs, multiple engineering disciplines and various domain-s...
Several embedded system applications are used to control physical processes thus leading to the conc...
As digital control finds its way into applications, tools for verification of hardware implementatio...
In the past decades, many factors have been continuously increasing like the functionality of embedd...
In modern embedded systems, more and more control appli-cations are executed in a distributed fashio...
Mechatronic systems are a class of cyber-physical systems, whose increasing complexity makes their v...
The development of more and more complex embedded systems constitutes a very challenging task for ED...
From the dawn of the first use of microprocessors and microcontrollers in embedded systems, the soft...
A development process based on concurrent engineering is considered to be a powerful aid for shorten...
This work proposes a method for the development of cyber-physical systems starting from a high-level...
This work is about an approach for designing control software for mechatronic and robotic machines. ...
Abstract—Control applications have become an integral part of modern networked embedded systems. How...
Many co-simulation techniques either suffer from poor performance when simulating communications int...
peer-reviewedEmbedded system interacting with physical world should be designed with high degree of ...
The work presented here is on setting up methodological support, including (prototype) tools, for th...
In most embedded control system (ECS) designs, multiple engineering disciplines and various domain-s...
Several embedded system applications are used to control physical processes thus leading to the conc...
As digital control finds its way into applications, tools for verification of hardware implementatio...
In the past decades, many factors have been continuously increasing like the functionality of embedd...
In modern embedded systems, more and more control appli-cations are executed in a distributed fashio...
Mechatronic systems are a class of cyber-physical systems, whose increasing complexity makes their v...
The development of more and more complex embedded systems constitutes a very challenging task for ED...
From the dawn of the first use of microprocessors and microcontrollers in embedded systems, the soft...
A development process based on concurrent engineering is considered to be a powerful aid for shorten...