Track: Evidence-Based Software Quality Engineering
Software is the core of contemporary systems and its quality has then been, for the past decades, a recurrent topic that brought into existence many books, journals, standards, certification initiatives, conferences, interest groups, projects, tools, consulting companies, university courses and training initiatives.
Quality is considered as a crosscutting concern in the Software and Systems Engineering bodies of knowledge and encompasses product, processes and systems aspects, as it can be noticed in the Software Engineering Body of Knowledge (SWEBOK). It covers the whole development life cycle, from requirements to design, construction and testing to maintenance. Software Quality Engineering has become a de facto profession, as evidenced by ASQ’s certification scheme and associated body of knowledge.
Notwithstanding, researchers and practitioners on the field continuously propose new methods, techniques and tools at a great pace, most often with a final claim on system and software quality improvement. Unfortunately, not so often, are those new proposals presented along with some evidence of their “goodness”. Thus, our community need to increase the number of primary and secondary studies checking the conformance of software quality concerned with the claims produced by other researchers (i.e. replication studies) or investigating new quality features regarding software systems.
This thematic track is organized as part of the International Conference on the Quality of Information and Communications Technology (QUATIC) for researchers, practitioners and educators to exchange ideas that will help exploring, understanding, and modeling the software quality phenomena based on evidence. We look for submissions on software quality that may range from primary studies (from case studies to controlled experiments, either applying quantitative or qualitative techniques) to secondary studies (from mapping studies to [quasi] systematic reviews, including meta-analysis or aggregation when possible). Novel and replication studies regarding software quality are also highly welcome. Submitted papers should provide an explicit description of the empirical strategy that was applied. We encourage the use of structured abstracts.
New ideas pertaining to empirical evaluation of software engineering technologies, methods, and tools, e.g., transferring and applying empirical methods from other disciplines to empirical software engineering
Infrastructures and novel techniques/tools for supporting any phase of empirical studies
Empirical studies using qualitative, quantitative, and mixed methods
Cross- and multi-disciplinary methods and studies
Experiments and quasi-experiments
Case studies, action-research, and field studies
Systematic literature reviews and mapping studies
Meta-analysis, qualitative and quantitative synthesis of studies
Replication of empirical studies and families of studies
Empirically-based decision making
Evaluation and comparison of techniques and models
Development and evaluation of empirical prediction systems or software estimation models
Mining software engineering repositories
Modeling, measuring, and assessing product and/or process quality
Simulation-based studies in software engineering
Assessing the benefits / costs associated with using certain development technologies
Industrial experience, Software project experience, and knowledge management
Software technology transfer to the industry
Chair: Fernando Brito e Abreu , Iscte - Instituto Universitário de Lisboa, Portugal
Teresa Baldassarre, University of Bari, Italy
Jeffrey Carver, University of Alabama, USA
Hakan Erdogmus, Carnegie Mellon University, USA
Michael Felderer, University of Innsbruck, Austria
Tracy Hall, Lancaster University, UK
Martin Höst, Lund University, Sweden
Magne Jørgensen, Simula Research Laboratory, Norway
Guilherme Horta Travassos, Federal University of Rio de Janeiro, Brazil
Stefan Wagner, University of Stuttgart, Germany
Xiaofeng Wang, Free University of Bozen-Bolzano, Italy
Fernando Brito e Abreu is Associate Professor at Iscte, a public university in Lisbon, Portugal and an Integrated Researcher at ISTAR-Iscte (Information Sciences, Technologies and Architecture Research Center). Formerly he lectured at FCT/UNL, ISEGI/UNL (now NOVA-IMS), IST/UTL, ISEG/UTL, Portuguese Air Force Academy and École des Mines de Nantes (EMOOSE European master program). He has published over 200 papers in international conferences and journals in several Software Engineering topics such as Software Quality, Empirical Software Engineering, Software Design, Project Management, Software Process, Program Comprehension, Model Driven Engineering or Software Engineering Education.