Development of software product families relies heavily on the use of variability to manage the differences between products by delaying design decisions to later stages of the development and usage of the constructed software systems. Implementation of variability is not a trivial task, and is governed by a number of factors. In this paper, we describe the factors that are relevant in determining how to implement variability, and present a taxonomy of variability realization techniques. Copyright (c) 2005 John Wiley & Sons, Ltd.</p
According to state of the art literature, software product lines are an effective way to achieve eco...
As a software product line evolves both in space and in time, variability realizations tend to erode...
During recent years, the amount of variability that has to be supported by a software artefact is gr...
Development of software product families relies heavily on the use of variability to manage the diff...
Variability modeling is important for managing variability in software product families, especially ...
Software product lines (or system families) have achieved considerable adoption by the software indu...
og ro M erin acc Variability is the ability of a system to be efficiently extended, changed, customi...
In this paper we discuss the notion of variability. We have experienced that this concept has so far...
In a product family context, software architects anticipate product diversification and design archi...
In the design of complex and variable software systems, one of the key steps is to select the variab...
The concept of variability is not new in software engineering, but current research mostly remains v...
The main goal of software engineering has been, and continuous to be, solving the cost, time and qua...
In a software product family context, software architects design architectures that support product ...
According to state of the art literature, software product lines are an effective way to achieve eco...
As a software product line evolves both in space and in time, variability realizations tend to erode...
During recent years, the amount of variability that has to be supported by a software artefact is gr...
Development of software product families relies heavily on the use of variability to manage the diff...
Variability modeling is important for managing variability in software product families, especially ...
Software product lines (or system families) have achieved considerable adoption by the software indu...
og ro M erin acc Variability is the ability of a system to be efficiently extended, changed, customi...
In this paper we discuss the notion of variability. We have experienced that this concept has so far...
In a product family context, software architects anticipate product diversification and design archi...
In the design of complex and variable software systems, one of the key steps is to select the variab...
The concept of variability is not new in software engineering, but current research mostly remains v...
The main goal of software engineering has been, and continuous to be, solving the cost, time and qua...
In a software product family context, software architects design architectures that support product ...
According to state of the art literature, software product lines are an effective way to achieve eco...
As a software product line evolves both in space and in time, variability realizations tend to erode...
During recent years, the amount of variability that has to be supported by a software artefact is gr...