This paper introduces a rigorous methodology for requirements specification of systems that react to external stimulus and consequently evolve through different operational modes, providing, in each of them, different functionalities. The proposed methodology proceeds in three stages, enriching a simple state- machine with local algebraic specifications. It resorts to an expressive variant of hybrid logic which is latter translated into first-order to allow for ample automatic tool support
Formal requirements analysis plays an important role in the design of safety- and security-critical ...
D↓ is a new dynamic logic combining regular modalities with the binder constructor typical of hybrid...
No significant general-purpose method is currently available to mechanically transform system requir...
This paper introduces a rigorous methodology for requirements specification of systems that react to...
This paper introduces a rigorous methodology for requirements specification of systems that react to...
As part of a comprehensive design concept for complex reactive systems we investigate the derivation...
The essential novelty of what we have presented lies in the possibility of specifying within the sam...
AbstractThis paper studies the detailed development of reactive systems, using an extension of VDM. ...
Abstract—A core problem in formal methods is the transition from informal requirements to formal spe...
Requirement engineering is a specific branch of system engineering and includes activities such as e...
This paper reports the author\u27s experience in the use of formal specifications and presents a ste...
Distributed, software-intensive systems such as fully automated cars have to handle various situatio...
Getting the right software requirements under the right environment assumptions is a critical precon...
A major task in designing embedded systems is the systematic elaboration of functional system requir...
A major task in designing embedded systems is the systematic elaboration of functional system requir...
Formal requirements analysis plays an important role in the design of safety- and security-critical ...
D↓ is a new dynamic logic combining regular modalities with the binder constructor typical of hybrid...
No significant general-purpose method is currently available to mechanically transform system requir...
This paper introduces a rigorous methodology for requirements specification of systems that react to...
This paper introduces a rigorous methodology for requirements specification of systems that react to...
As part of a comprehensive design concept for complex reactive systems we investigate the derivation...
The essential novelty of what we have presented lies in the possibility of specifying within the sam...
AbstractThis paper studies the detailed development of reactive systems, using an extension of VDM. ...
Abstract—A core problem in formal methods is the transition from informal requirements to formal spe...
Requirement engineering is a specific branch of system engineering and includes activities such as e...
This paper reports the author\u27s experience in the use of formal specifications and presents a ste...
Distributed, software-intensive systems such as fully automated cars have to handle various situatio...
Getting the right software requirements under the right environment assumptions is a critical precon...
A major task in designing embedded systems is the systematic elaboration of functional system requir...
A major task in designing embedded systems is the systematic elaboration of functional system requir...
Formal requirements analysis plays an important role in the design of safety- and security-critical ...
D↓ is a new dynamic logic combining regular modalities with the binder constructor typical of hybrid...
No significant general-purpose method is currently available to mechanically transform system requir...