RT Journal Article
JF Software Product Line Conference, International
YR 2011
VO 00
SP 160
TI Scalable Prediction of Non-functional Properties in Software Product Lines
A1 Marko Rosenmüller,
A1 Norbert Siegmund,
A1 Christian Kästner,
A1 Sergiy S. Kolesnikov,
A1 Sven Apel,
A1 Paolo G. Giarrusso,
K1 non-functional properties
K1 software product lines
K1 measurement
K1 predicition
K1 SPL Conqueror
AB A software product line is a family of related software products, typically, generated from a set of common assets. Users can select features to derive a product that fulfills their needs. Often, users expect a product to have specific non-functional properties, such as a small footprint or a minimum response time. Because a product line can contain millions of products, it is usually not feasible to generate and measure non-functional properties for each possible product of a product line. Hence, we propose an approach to predict a product's non-functional properties, based on the product's feature selection. To this end, we generate and measure a small set of products, and by comparing the measurements, we approximate each feature's non-functional properties. By aggregating the approximations of selected features, we predict the product's properties. Our technique is independent of the implementation approach and language. We show how already little domain knowledge can improve predictions and discuss trade-offs regarding accuracy and the required number of measurements. Although our approach is in general applicable for quantifiable non-functional properties, we evaluate it for the non-functional property footprint. With nine case studies, we demonstrate that our approach usually predicts the footprint with an accuracy of 98% and an accuracy of over 99% if feature interactions are known.
PB IEEE Computer Society, [URL:http://www.computer.org]
LA English
DO 10.1109/SPLC.2011.20
LK http://doi.ieeecomputersociety.org/10.1109/SPLC.2011.20