Software reuse has been one of the most effective paradigms for building software systems and applications for decades. Recently, the rapid and fundamental advances in computing technologies have been driving the role and scope of software systems to new levels. A number of new types of software systems are emerging, among which service based systems, pervasive computing, cloud computing and big data applications are eminent examples. The advent of these emerging systems has raised the level of software reuse to services, large-scale components or agglomeration of components in more challenging context which is pervasive, service-oriented, embedded real-time and trustworthy. Systematic and large-scale reuse of reusable assets at multiple development levels is improving the efficiency of software development activities significantly in terms of cost and time.
However, previous research in software reuse mainly focused on the functional aspect of a system, tended to ignore or treat the quality aspects trivially. Modern computing models tend to be globally distributed, ubiquitous, highly trustworthy, and dynamically adaptive. These systems, such as pervasive/ubiquitous systems, embedded systems, cloud services, and big data applications, have imposed more rigorous quality requirements on software reuse technologies. Today in the "cloud and IoT era", it becomes a great challenge to meet the new requirements of emerging software systems and meanwhile enjoy the benefits of substantial software reuse.
Papers primarily based on (but not limited to) the following topics are welcome: (Topics include but not limited to)