Towards an Experiment Line on Software Inspection with Human Computation

Software Inspection is an important approach to find defects in Software Engineering (SE) artifacts. While there has been extensive research on traditional software inspection with pen-and-paper materials, modern SE poses new environments, methods, and tools for the cooperation of software engineers. Technologies, such as Human Computation (HC), provide tool support for distributed and tool-mediated work processes. However, there is little empirical experience on how to leverage HC for software inspection. In this vision paper, we present the context for a research program on this topic and introduce the preliminary concept of a theory-based ex-periment line to facilitate designing experiment families that fit together to answer larger questions than individual experiments. We present an example feature model for an experiment line for Soft-ware Inspection with Human Computation and discuss its expected benefits for the research program, including the coordination of research, design and material reuse, and aggregation facilities.