Titlebook: Bridging the Gap between Requirements Engineering and Software Architecture; A Problem-Oriented a Azadeh Alebrahim Book 2017 Springer Fachm

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Background,e proposed QuaDRA framework and its extension rely on. In addition, the UML profiles used throughout this book, life-cycle expressions used for describing the relation between the requirements in different methods of the QuaDRA framework as well as variability modeling used in the extension of QuaDR

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Phase 4: Requirements Interaction Analysis,among functional requirements is introduced. In the second part, we propose the . method to identify interaction candidates among quality requirements based on pairwise comparisons. As output, we obtain a set of quality requirements that are potentially interacting. The third part presents the . met

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Phase 5: Quality-specific Pattern Analysis,gn phase such as quality-specific solutions. We then discuss how the selection of quality-specific solutions as design decisions can affect other artifacts such as requirements and domain knowledge. In the third part of this chapter, we propose the . enabling a mapping between the requirements (prob

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Phase 6: Quality-specific Pattern Selection & Application, chapter. The method applies such patterns to the requirement models in order to address the quality requirements security and performance early in the software development. This way, we refine the requirement models and bridge the gap between quality problems and quality solutions.

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