AbstractFormal methods can effectively support the model driven develoment and analysis of IT applications in many domains. Typically, the domain-specific engineering models are transformed to formal analysis models (to compute measures that help the designer in verifying the design decisions) and verified models are mapped to test and implementation related software artefacts. An overview of four European projects demonstrates the use of support tools and tool integration facilities in development processes of systems having in sight the demand of certification according to domain-specific standards
Physical modeling plays an important role in many engineering domains. For engineers it is important...
Certifying critical systems requires very precise specifications and ability to ver- ify each develo...
International audienceModel-Based Design with production code generation has been extensively utiliz...
International audienceThis paper provides a global perspective on qualification of tools used for de...
Model-based software engineering methodologies, languages, standards, technologies, and tools are in...
Over the last decades computer based tools have been introduced to facilitate systems engineering pr...
The development and verification of safety-critical systems increasingly relies on the use of tools ...
Formal methods tools have been shown to be effective at finding defects in and verifying the correct...
Abstract: Model Driven Architecture is an initiative of the OMG that puts a plat-form and programmin...
The ever-growing market pressure and complex products demand high quality work and effectiveness fro...
International audienceWritten by foremost experts in the field, Engineering Modeling Languages provi...
Questions of the quality of computer-based models and the formal processes of model testing, involvi...
AbstractModel-driven engineering is the generation of software artefacts from abstract models. This ...
Abstract. Developing models of software is becoming more important as the size and complexity of sof...
Complex software and systems are pervasive in today's world. In a growing number of fields they come...
Physical modeling plays an important role in many engineering domains. For engineers it is important...
Certifying critical systems requires very precise specifications and ability to ver- ify each develo...
International audienceModel-Based Design with production code generation has been extensively utiliz...
International audienceThis paper provides a global perspective on qualification of tools used for de...
Model-based software engineering methodologies, languages, standards, technologies, and tools are in...
Over the last decades computer based tools have been introduced to facilitate systems engineering pr...
The development and verification of safety-critical systems increasingly relies on the use of tools ...
Formal methods tools have been shown to be effective at finding defects in and verifying the correct...
Abstract: Model Driven Architecture is an initiative of the OMG that puts a plat-form and programmin...
The ever-growing market pressure and complex products demand high quality work and effectiveness fro...
International audienceWritten by foremost experts in the field, Engineering Modeling Languages provi...
Questions of the quality of computer-based models and the formal processes of model testing, involvi...
AbstractModel-driven engineering is the generation of software artefacts from abstract models. This ...
Abstract. Developing models of software is becoming more important as the size and complexity of sof...
Complex software and systems are pervasive in today's world. In a growing number of fields they come...
Physical modeling plays an important role in many engineering domains. For engineers it is important...
Certifying critical systems requires very precise specifications and ability to ver- ify each develo...
International audienceModel-Based Design with production code generation has been extensively utiliz...