International audienceModel Driven Engineering (MDE) and Automatic Code Generation (ACG) have been very successful in the systems engineering domain. An important aspect, however, is that the required lifetime of critical embedded systems can be very long. For instance, avionic software must be maintainable for up to 80 years. Secondly, the reliability of high criticality software must be qualified according to high industry standards (e.g. DO-178 in the avionics). The Gene-Auto project addresses these issues by developing an open-source toolset for code generation from high level modelling languages like Simulink/Stateflow and Scicos to executable code for real-time embedded systems. It is the goal of the project to prepare the ACG for ful...
embedded systems from high-level models, " Electronics and Electrical Engineering
Associated research group: Critical Systems Research GroupAlthough autocoding techniques promise lar...
International audienceThe number of safety-critical systems in vehicles is rapidly increasing. A few...
International audienceModel Driven Engineering (MDE) and Automatic Code Generation (ACG) have been v...
International audienceThis paper presents the current status of the Gene-Auto automatic code generat...
International audienceThis paper reports on the study and early experiments of the available technol...
International audienceThis paper gives an overview of the most recent experimentations that Astrium ...
Model-driven engineering (MDE) has become a leading methodology for the design and development of Re...
International audienceModel-based development and automatic code generation have become an establish...
Model-based development approach is gaining more support and acceptance. Its higher abstraction leve...
This paper addresses issues relating to the suitability of using automated code generation(ACG) tech...
The CLawZ toolset independently and automatically proves the correctness of code automatically gener...
This paper addresses issues relating to the suitability of using automated code generation(ACG) tech...
Abstract- Model-Based Design in industry relies heavily on automatic code generation technology. The...
Innovation in today's technical systems is largely driven by embedded software. Such systems ar...
embedded systems from high-level models, " Electronics and Electrical Engineering
Associated research group: Critical Systems Research GroupAlthough autocoding techniques promise lar...
International audienceThe number of safety-critical systems in vehicles is rapidly increasing. A few...
International audienceModel Driven Engineering (MDE) and Automatic Code Generation (ACG) have been v...
International audienceThis paper presents the current status of the Gene-Auto automatic code generat...
International audienceThis paper reports on the study and early experiments of the available technol...
International audienceThis paper gives an overview of the most recent experimentations that Astrium ...
Model-driven engineering (MDE) has become a leading methodology for the design and development of Re...
International audienceModel-based development and automatic code generation have become an establish...
Model-based development approach is gaining more support and acceptance. Its higher abstraction leve...
This paper addresses issues relating to the suitability of using automated code generation(ACG) tech...
The CLawZ toolset independently and automatically proves the correctness of code automatically gener...
This paper addresses issues relating to the suitability of using automated code generation(ACG) tech...
Abstract- Model-Based Design in industry relies heavily on automatic code generation technology. The...
Innovation in today's technical systems is largely driven by embedded software. Such systems ar...
embedded systems from high-level models, " Electronics and Electrical Engineering
Associated research group: Critical Systems Research GroupAlthough autocoding techniques promise lar...
International audienceThe number of safety-critical systems in vehicles is rapidly increasing. A few...