Systems–of–Systems (SoS) have become increasingly complex and are frequently used in highly distributed, dynamic, and open environments. SoS have emerged as a new class of evolving software systems, where constituent systems (themselves systems in their own right) work cooperatively in order to fulfill specific missions. SoS are characterized by managerial and operational independence, geographic distribution, evolutionary development, and creation of emergent behavior. These characteristics have raised substantial challenges to software engineering researchers and practitioners. SoS is becoming a hotspot, from both the research and the industrial viewpoints, in particular, related to crucial classes of applications such as safety–critical or mission–critical SoS. Furthermore, SoS are increasingly involved in applications that address societal needs such as environmental monitoring, distributed energy grids management, emergency coordination and crisis management, global traffic control, and smart cities. Software engineering theories and tools are needed to adequately design, implement, operate, and even evolve such dynamic, complex software–intensive SoS. The main goal of SESoS is to provide a forum for software engineering researchers and practitioners to exchange ideas and experiences, analyze research and development issues, discuss promising solutions, and propose inspiring visions for the future.<br>The workshop will focus on discussing and establishing the foundations for the SoS Software Engineering domain, to pave the way for a more structured community effort. The workshop includes, but is not limited to the following topics:<br>– SoS Analysis & Architecture<br>–Requirements engineering<br>–Architectural description<br>–Architectural evaluation<br>–Architectural evolution<br>– SoS Model–Based Engineering<br>–Modeling and simulation<br>–Model driven engineering<br>–Models at runtime<br>– SoS Construction and Evolution<br>–Techniques and technologies<br>–Service–orientation<br>–Component frameworks<br>–Evolutionary development<br>– SoS Experience<br>–Industrial perspectives<br>–Case studies<br>– SoS General Issues<br>–Characteristics of SoS<br>–Quality in SoS<br>–SoS development processes<br>–Acquisition and project management<br>–Verification and validation of SoS<br>– Future perspective, challenges, and directions of SoS research and/or development<br>
Abbrevation
SESoS
City
Florence
Country
Italy
Start Date
End Date
Abstract