The emergence of Software Product Lines and System Family Engineering emphasizes the importance of the notions of variability and commonalities across a domain. Yet, how to integrate these notions into the task of verifying requirements against the actual behavior of an implementation has received little attention. In this paper, our position is that a model-driven approach to requirements verification in the presence of variability is entirely feasible
Software development processes have been evolving from rigid, pre-specified, and sequential to incre...
The requirements and design level identification and representation of dynamic variability for adapt...
The formal specification of functional requirements can often lead to inconsistency as well as unin...
ABSTRACT Nowadays, the use of feature modeling technique, in software requirements specification, i...
Abstract—In software product line (SPL) engineering, a soft-ware configuration can be obtained throu...
This paper describes a research activity aiming at extracting variability information from ambiguiti...
ABSTRACT Background.Feature Model (FM) is the most important technique used to manage the variabili...
The initial expression of requirements for a computer-based system is often informal and possibly va...
Requirements engineering is a key activity on any software development project. In Software Product ...
International audienceThis paper presents a novel approach to relate the variabilities that exist at...
According to state of the art literature, software product lines are an effective way to achieve eco...
Requirements engineering is very crucial phase of software development cycle. Different sub activiti...
One of the most essential parts of any software requirements analysis effort is the exploration of a...
International audienceEver-growing systems' complexity and novel requirements engineering approaches...
Product Line Engineering (PLE) offers the benefits of reducing costs and time to market by reusing r...
Software development processes have been evolving from rigid, pre-specified, and sequential to incre...
The requirements and design level identification and representation of dynamic variability for adapt...
The formal specification of functional requirements can often lead to inconsistency as well as unin...
ABSTRACT Nowadays, the use of feature modeling technique, in software requirements specification, i...
Abstract—In software product line (SPL) engineering, a soft-ware configuration can be obtained throu...
This paper describes a research activity aiming at extracting variability information from ambiguiti...
ABSTRACT Background.Feature Model (FM) is the most important technique used to manage the variabili...
The initial expression of requirements for a computer-based system is often informal and possibly va...
Requirements engineering is a key activity on any software development project. In Software Product ...
International audienceThis paper presents a novel approach to relate the variabilities that exist at...
According to state of the art literature, software product lines are an effective way to achieve eco...
Requirements engineering is very crucial phase of software development cycle. Different sub activiti...
One of the most essential parts of any software requirements analysis effort is the exploration of a...
International audienceEver-growing systems' complexity and novel requirements engineering approaches...
Product Line Engineering (PLE) offers the benefits of reducing costs and time to market by reusing r...
Software development processes have been evolving from rigid, pre-specified, and sequential to incre...
The requirements and design level identification and representation of dynamic variability for adapt...
The formal specification of functional requirements can often lead to inconsistency as well as unin...