The original publication is available at www.springerlink.comInternational audienceThe aim of this paper is to gradually introduce formalism in the requirement engineering phase in order to facilitate its validation. We analyze and elicit our requirements with KAOS, specify them into Event-B language, and then use the animation technique to rigourously validate the derived formal specification and consequently its semi-formal counterpart goal model against original customers' requirements
International audienceSafety critical software systems are regulated by stringent certification requ...
Scenarios are increasingly recognized as an effective means for eliciting, validating, and documenti...
Complex software and systems are pervasive in today's world. In a growing number of fields they come...
The original publication is available at www.springerlink.comInternational audienceThe aim of this p...
Goals play an important role in requirements engineering process, and consequently in systems develo...
Requirements engineering is an important aspect of the software development methodology because it i...
Employing formal methods for complex systems specification is steadily growing from year to year. Wh...
The target of the study is to apply the success of engineering psychology to the area of Formal Engi...
AbstractOur world is increasingly relying on complex software and systems. In a growing number of fi...
Requirements engineers need to make sure that the requirements models and specifications they are bu...
Errors often occur during the requirements elicitation stage, causing failure of the software develo...
Business System Engineers, responding to changes in the market place, are faced with the challenge o...
Event-B is a language for the formal development of reactive systems. At present the RODIN toolkit (...
International audienceThis paper describes a case study of the SysML/KAOS method for a road transpor...
Achieving confidence in the correctness, completeness and consistency of requirements specifications...
International audienceSafety critical software systems are regulated by stringent certification requ...
Scenarios are increasingly recognized as an effective means for eliciting, validating, and documenti...
Complex software and systems are pervasive in today's world. In a growing number of fields they come...
The original publication is available at www.springerlink.comInternational audienceThe aim of this p...
Goals play an important role in requirements engineering process, and consequently in systems develo...
Requirements engineering is an important aspect of the software development methodology because it i...
Employing formal methods for complex systems specification is steadily growing from year to year. Wh...
The target of the study is to apply the success of engineering psychology to the area of Formal Engi...
AbstractOur world is increasingly relying on complex software and systems. In a growing number of fi...
Requirements engineers need to make sure that the requirements models and specifications they are bu...
Errors often occur during the requirements elicitation stage, causing failure of the software develo...
Business System Engineers, responding to changes in the market place, are faced with the challenge o...
Event-B is a language for the formal development of reactive systems. At present the RODIN toolkit (...
International audienceThis paper describes a case study of the SysML/KAOS method for a road transpor...
Achieving confidence in the correctness, completeness and consistency of requirements specifications...
International audienceSafety critical software systems are regulated by stringent certification requ...
Scenarios are increasingly recognized as an effective means for eliciting, validating, and documenti...
Complex software and systems are pervasive in today's world. In a growing number of fields they come...