A Language for Software Variation Research
Managing variation is an important problem in software engineering that takes different forms, ranging from version control and conﬁguration management to software product lines. In this paper, I present our recent work on the choice calculus, a fundamental representation for software variation that can serve as a common language of discourse for variation research, ﬁlling a role similar to lambda calculus in programming language research. After motivating the design of the choice calculus and sketching its semantics, I will discuss several potential application areas.
Software Engineering and the Semantic Web: A match made in heaven or in hell?
The Semantic Web provides models and abstractions for the distributed processing of knowledge bases. In Software Engineering endeavors such capabilities are direly needed, for ease of implementation, maintenance, and software analysis. Conversely, software engineering has collected decades of experience in engineering large application frameworks containing both inheritance and aggregation. This experience could be of great use when, for example, thinking about the development of ontologies. These examples—and many others—seem to suggest that researchers from both fields should have a field day collaborating: On the surface this looks like a match made in heaven. But is that the case? This talk will explore the opportunities for cross-fertilization of the two research fields by presenting a set of concrete examples. In addition to the opportunities it will also try to identify cases of fools gold (pyrite), where the differences in method, tradition, or semantics between the two research fields may lead to a wild goose chase.