Automated Recommendations for Reducing Unnecessary Variability of Technology Architectures
A technology architecture (TA) represents the technical infrastructure of a company and consists of hardware and software components. As the evolution of such TAs is typically uncoordinated, their complexity often grows with a company’s requirements. As a consequence, a variety of redundancies and architectural variants exist, which are not necessary for the architecture’s purpose. This leads to increased costs and higher effort for evolving and maintaining the entire IT landscape. To alleviate these problems, unnecessary variability has to be identified and reduced. As a manual approach requires high effort and is not feasible for large-scale analysis, experts face a major challenge. For this purpose, we propose an automated approach, which provides experts with recommendations for restructurings of related TAs in order to reduce unnecessary variability. We show suitability of our approach by expert interviews and an industrial case study with real-world TAs.
Conference DaySun 22 OctDisplayed time zone: Tijuana, Baja California change
13:30 - 15:00
|Towards Complete Consistency Checks of Clafer Models|
|Automated Recommendations for Reducing Unnecessary Variability of Technology Architectures|
|Variational Lists: Comparisons and Design Guidelines|