| dc.description.abstract | Products and services such as business applications, vehicles, or devices in various domains such
as transportation, communication, energy, production, or health. Consequently, our daily lives
highly depend on such software-intensive systems. This results in complex systems, which is
even more stressed by integrating them to systems-of-systems or cyber-physical systems such
as smart cities. Therefore, innovative ways of developing, deploying, maintaining, and evolving
such software-intensive systems are required. In this direction, one promising stream of software
engineering research is self-adaptation. Engineering self-adaptive systems is an open research
challenge, particularly, for software engineering since it is usually software that controls the
self-adaptation. This GI-Dagstuhl seminar focused on software engineering aspects of building
self-adaptive systems cost-effectively and in a systematic and predictable manner. This includes
typical software engineering disciplines such as requirements engineering, modeling, architecture,
middleware, design, analysis, testing, validation, and verification as well as software evolution. | sv |
