Architecture for an Ontology and Web Service Modelling Studio. - Holger Lausen; Michael Felderer (WIW, 2004)

TestStories - Ausführbare Requirements für Serviceorientierte Architekturen. - Michael Felderer; Ruth Breu; Joanna Chimiak-Opoka; Felix Schupp (GI Jahrestagung (2), 2008)

Querying UML Models using OCL and Prolog: A Performance Study. - Joanna Chimiak-Opoka; Michael Felderer; Chris Lenz; Christian Lange 001 (ICST Workshops, 2008)

Telling TestStories - Modellbasiertes Akzeptanz-Testen Serviceorientierter Systeme. - Michael Felderer; Joanna Chimiak-Opoka; Ruth Breu (Softwaretechnik-Trends, 2008)

Towards Adaptive Test Code Generation for Service Oriented Systems. - Michael Felderer; Philipp Zech; Frank Fiedler; Joanna Chimiak-Opoka; Ruth Breu (QSIC, 2009)

Model-Driven System Testing of Service Oriented Systems - A Standard-aligned Approach based on Independent System and Test Models. - Michael Felderer; Joanna Chimiak-Opoka; Ruth Breu (ICEIS (3), 2010)

Security Testing by Telling TestStories. - Michael Felderer; Berthold Agreiter; Ruth Breu; Álvaro Armenteros (Modellierung, 2010)

Evolution of Security Requirements Tests for Service-Centric Systems. - Michael Felderer; Berthold Agreiter; Ruth Breu (ESSoS, 2011)

Towards a Model- and Learning-Based Framework for Security Anomaly Detection. - Matthias Gander; Basel Katt; Michael Felderer; Ruth Breu (FMCO, 2011)

Enhancing Model Driven Security through Pattern Refinement Techniques. - Basel Katt; Matthias Gander; Ruth Breu; Michael Felderer (FMCO, 2011)

Monitoring Anomalies in IT-Landscapes Using Clustering Techniques and Complex Event Processing. - Matthias Gander; Michael Felderer; Basel Katt; Ruth Breu (ISoLA Workshops, 2011)

Living Models - Ten Principles for Change-Driven Software Engineering. - Ruth Breu; Berthold Agreiter; Matthias Farwick; Michael Felderer; Michael Hafner; Frank Innerhofer-Oberperfler (Int. J. Softw. Informatics, 2011)

Anomaly Detection in the Cloud: Detecting Security Incidents via Machine Learning. - Matthias Gander; Michael Felderer; Basel Katt; Adrian Tolbaru; Ruth Breu; Alessandro Moschitti (EternalS@ECAI, 2012)

A Quality Analysis Procedure for Request Data of ERP Systems. - Michael Felderer; Emir Tanriverdi; Sarah Löw; Ruth Breu (ERP Future, 2012)

ERP Future 2012. - Felix Piazolo; Michael Felderer (ERP Future, 2012)

Estimating the Return on Investment of Defect Taxonomy Supported System Testing in Industrial Projects. - Michael Felderer; Armin Beer (EUROMICRO-SEAA, 2012)

A Generic Platform for Model-Based Regression Testing. - Philipp Zech; Michael Felderer; Philipp Kalb; Ruth Breu (ISoLA (1), 2012)

MDHPCL 2012 workshop summary. - Ileana Ober; Aniruddha S. Gokhale; Geri Georg; Michael Felderer; Jean-Michel Bruel; David Lugato (MDHPCL@MoDELS, 2012)

Cloud risk analysis by textual models. - Philipp Zech; Michael Felderer; Ruth Breu (MDHPCL@MoDELS, 2012)

Towards Risk - Driven Security Testing of Service Centric Systems. - Philipp Zech; Michael Felderer; Ruth Breu (QSIC, 2012)

Towards a Model Based Security Testing Approach of Cloud Computing Environments. - Philipp Zech; Michael Felderer; Ruth Breu (SERE (Companion), 2012)

Integrating Manual and Automatic Risk Assessment for Risk-Based Testing. - Michael Felderer; Christian Haisjackl; Ruth Breu; Johannes Motz (SWQD, 2012)

Towards Collaborative Requirements Engineering Tool for ERP Product Customization. - Boban Celebic; Ruth Breu; Michael Felderer; Florian Häser (ERP Future, 2013)

Weaving Social Software Features into Enterprise Resource Planning Systems. - Dirk Draheim; Michael Felderer; Viktor Pekar 002 (ERP Future, 2013)

Design of a Questionnaire on Testing in ERP Projects. - Michael Felderer; Johannes Keckeis (ERP Future, 2013)

ERP Future 2013. - Felix Piazolo; Michael Felderer (ERP Future, 2013)

RisCal - A Risk Estimation Tool for Software Engineering Purposes. - Christian Haisjackl; Michael Felderer; Ruth Breu (EUROMICRO-SEAA, 2013)

TAIC PART 2013 Workshop Summary. - Michael Felderer; Sigrid Eldh; Vladimir Entin; Nadia Alshahwan (ICST Workshops, 2013)

Experiences from an Initial Study on Risk Probability Estimation Based on Expert Opinion. - Rudolf Ramler; Michael Felderer (IWSM/Mensura, 2013)

Security Risk Analysis by Logic Programming. - Philipp Zech; Michael Felderer; Ruth Breu (RISK@ICTSS, 2013)

Using defect taxonomies for requirements validation in industrial projects. - Michael Felderer; Armin Beer (RE, 2013)

A Concept for Language-Oriented Security Testing. - Philipp Zech; Michael Felderer; Matthias Farwick; Ruth Breu (SERE (Companion), 2013)

Using Defect Taxonomies to Improve the Maturity of the System Test Process: Results from an Industrial Case Study. - Michael Felderer; Armin Beer (SWQD, 2013)

Experiences and Challenges of Introducing Risk-Based Testing in an Industrial Project. - Michael Felderer; Rudolf Ramler (SWQD, 2013)

Software paradigms, assessment types and non-functional requirements in model-based integration testing: a systematic literature review. - Florian Häser; Michael Felderer; Ruth Breu (EASE, 2014)

Towards a Concept for Enterprise Systems Landscape Testing. - Johannes Keckeis; Michal Dolezel 001; Michael Felderer (ERP Future, 2014)

ERP Future 2014. - Felix Piazolo; Michael Felderer (ERP Future, 2014)

Industrial evaluation of the impact of quality-driven release planning. - Michael Felderer; Armin Beer; Jason Ho; Günther Ruhe (ESEM, 2014)

On the Role of Defect Taxonomy Types for Testing Requirements: Results of a Controlled Experiment. - Michael Felderer; Armin Beer; Bernhard Peischl (EUROMICRO-SEAA, 2014)

TAIC PART 2014 Workshop Overview. - Nadia Alshahwan; Michael Felderer; Gregory M. Kapfhammer (ICST Workshops, 2014)

A Risk Assessment Framework for Software Testing. - Michael Felderer; Christian Haisjackl; Viktor Pekar 002; Ruth Breu (ISoLA (2), 2014)

Risk-Based Testing - (Track Introduction). - Michael Felderer; Marc-Florian Wendland; Ina Schieferdecker (ISoLA (2), 2014)

On the Role of System Testing for Release Planning: Industrial Experiences from Comparing Two Products. - Michael Felderer; Armin Beer (PROFES, 2014)

Test Process Improvement with Documentation Driven Integration Testing. - Florian Häser; Michael Felderer; Ruth Breu (QUATIC, 2014)

Improvement Methods for Software Requirement Specifications: A Mapping Study. - Viktor Pekar 002; Michael Felderer; Ruth Breu (QUATIC, 2014)

Security Test Generation by Answer Set Programming. - Philipp Zech; Michael Felderer; Basel Katt; Ruth Breu (SERE, 2014)

Workshop Summary of the 1st International Workshop on Requirements and Testing (RET'14). - Michael Felderer; Elizabeth Bjarnason; Markus Borg; Michael Unterkalmsteiner; Mirko Morandini; Matt Staats (CoRR, 2014)

Evolution of Security Engineering Artifacts: A State of the Art Survey. - Michael Felderer; Basel Katt; Philipp Kalb; Jan Jürjens; Martín Ochoa; Federica Paci; Le Minh Sang Tran; Thein Than Tun; Koen Yskout; Riccardo Scandariato; Frank Piessens; Dries Vanoverberghe; et al. (Int. J. Secur. Softw. Eng., 2014)

New Perspectives on Software Quality. - Ruth Breu; Annie Kuntzmann-Combelles; Michael Felderer (IEEE Softw., 2014)

Integrating risk-based testing in industrial test processes. - Michael Felderer; Rudolf Ramler (Softw. Qual. J., 2014)

Eine industriell erprobte Methode für den Review und Test von Anforderungen mit Hilfe von Fehlertaxonomien. - Michael Felderer; Armin Beer (Softwaretechnik-Trends, 2014)

A multiple case study on risk-based testing in industry. - Michael Felderer; Rudolf Ramler (Int. J. Softw. Tools Technol. Transf., 2014)

A taxonomy of risk-based testing. - Michael Felderer; Ina Schieferdecker (Int. J. Softw. Tools Technol. Transf., 2014)

Research Challenges of Industry 4.0 for Quality Management. - Harald Foidl; Michael Felderer (ERP Future, 2015)

A Bayesian Prediction Model for Risk-Based Test Selection. - Hans-Martin Adorf; Michael Felderer; Martin Varendorff; Ruth Breu (EUROMICRO-SEAA, 2015)

Estimating the Cost and Benefit of Model-Based Testing: A Decision Support Procedure for the Application of Model-Based Testing in Industry. - Stefan Mohacsi; Michael Felderer; Armin Beer (EUROMICRO-SEAA, 2015)

2nd International Workshop on Requirements Engineering and Testing (RET 2015). - Elizabeth Bjarnason; Mirko Morandini; Markus Borg; Michael Unterkalmsteiner; Michael Felderer; Matthew Staats (ICSE (2), 2015)

Industry-academia collaboration in software testing: An overview of TAIC PART 2015. - Nadia Alshahwan; Michael Felderer; Rudolf Ramler (ICST Workshops, 2015)

A Case Study on the Efficiency of Model-Based Testing at the European Space Agency. - Stefan Mohacsi; Michael Felderer; Armin Beer (ICST, 2015)

A Process for Risk-Based Test Strategy Development and Its Industrial Evaluation. - Rudolf Ramler; Michael Felderer (PROFES, 2015)

Requirements-based testing with defect taxonomies. - Michael Felderer; Armin Beer (Software Engineering & Management, 2015)

Mutual knowledge transfer between industry and academia to improve testing with defect taxonomies. - Michael Felderer; Armin Beer (Software Engineering & Management, 2015)

An Exploratory Study on Risk Estimation in Risk-Based Testing Approaches. - Michael Felderer; Christian Haisjackl; Viktor Pekar 002; Ruth Breu (SWQD, 2015)

Improving the Requirement Engineering Process with Speed-Reviews: An Industrial Case Study. - Viktor Pekar 002; Michael Felderer; Ruth Breu; Martin Ebner; Albert Winkler (SWQD, 2015)

Manual test case derivation from UML activity diagrams and state machines: A controlled experiment. - Michael Felderer; Andrea Herrmann 001 (Inf. Softw. Technol., 2015)

Summary of 2nd International Workshop on Requirements Engineering and Testing (RET 2015): Co-located with ICSE 2015. - Elizabeth Bjarnason; Markus Borg; Mirko Morandini; Michael Unterkalmsteiner; Michael Felderer; Matthew Staats (ACM SIGSOFT Softw. Eng. Notes, 2015)

Using Defect Taxonomies for Testing Requirements. - Michael Felderer; Armin Beer (IEEE Softw., 2015)

Testbare Anforderungen modellbasiert spezifizieren - Ergebnisse eines Studentenexperiments. - Michael Felderer; Andrea Herrmann 001 (Softwaretechnik-Trends, 2015)

A systematic classification of security regression testing approaches. - Michael Felderer; Elizabeta Fourneret (Int. J. Softw. Tools Technol. Transf., 2015)

A process for mastering security evolution in the development lifecycle. - Michael Felderer; Basel Katt (Int. J. Softw. Tools Technol. Transf., 2015)

The need for multivocal literature reviews in software engineering: complementing systematic literature reviews with grey literature. - Vahid Garousi; Michael Felderer; Mika V. Mäntylä (EASE, 2016)

An integrated tool environment for experimentation in domain specific language engineering. - Florian Häser; Michael Felderer; Ruth Breu (EASE, 2016)

Towards Guidelines for Preventing Critical Requirements Engineering Problems. - Priscilla Mafra; Marcos Kalinowski; Daniel Méndez Fernández; Michael Felderer; Stefan Wagner 001 (SEAA, 2016)

Requirements for Integrating Defect Prediction and Risk-Based Testing. - Rudolf Ramler; Michael Felderer (SEAA, 2016)

Establishing a baseline for measuring advancement in the science of security: an analysis of the 2015 IEEE security & privacy proceedings. - Jeffrey C. Carver; Morgan Burcham; Sedef Akinli Koçak; Ayse Bener; Michael Felderer; Matthias Gander; Jason King; Jouni Markkula; Markku Oivo; Clemens Sauerwein; Laurie A. Williams (HotSoS, 2016)

Industry-Academia Collaboration in Software Testing: An Overview of TAIC PART 2016. - Rudolf Ramler; Michael Felderer; Takashi Kitamura 001; Darko Marinov (ICST Workshops, 2016)

Data Science Challenges to Improve Quality Assurance of Internet of Things Applications. - Harald Foidl; Michael Felderer (ISoLA (2), 2016)

Exploring Expectations About Risk-Based Testing: Towards Increasing Effectiveness and Efficiency. - Michael Felderer; Rudolf Ramler (PROFES, 2016)

On the Role of Software Quality Management in Software Process Improvement. - Jan Wiedemann Jacobsen; Marco Kuhrmann; Jürgen Münch; Philipp Diebold; Michael Felderer (PROFES, 2016)

Testing Security Requirements with Non-experts: Approaches and Empirical Investigations. - Bernhard Peischl; Michael Felderer; Armin Beer (QRS, 2016)

Risk Management During Software Development: Results of a Survey in Software Houses from Germany, Austria and Switzerland. - Michael Felderer; Florian Auer; Johannes Bergsmann (RISK, 2016)

A Lightweight Approach for Estimating Probability in Risk-Based Software Testing. - Rudolf Ramler; Michael Felderer; Matthias Leitner (RISK, 2016)

A controlled experiment on manual test case derivation from UML activity diagrams and state machines. - Michael Felderer; Andrea Herrmann 001 (Software Engineering, 2016)

SE FIT: software engineering forum der IT transferinstitute. - Michael Felderer; Wilhelm Hasselbring (Software Engineering, 2016)

A Systematic Literature Review of Crowdsourcing-Based Research in Information Security. - Clemens Sauerwein; Matthias Gander; Michael Felderer; Ruth Breu (SOSE, 2016)

Preventing Incomplete/Hidden Requirements: Reflections on Survey Data from Austria and Brazil. - Marcos Kalinowski; Michael Felderer; Tayana Conte; Rodrigo O. Spínola; Rafael Prikladnicki; Dietmar Winkler 001; Daniel Méndez Fernández; Stefan Wagner 001 (SWQD, 2016)

Integrating a Lightweight Risk Assessment Approach into an Industrial Development Process. - Viktor Pekar 002; Michael Felderer; Ruth Breu; Friederike Nickl; Christian Roßik; Franz Schwarcz (SWQD, 2016)

Security Testing: A Survey. - Michael Felderer; Matthias Büchler; Martin Johns; Achim D. Brucker; Ruth Breu; Alexander Pretschner (Adv. Comput., 2016)

Traceability Types for Mastering Change in Collaborative Software Quality Management. - Boban Celebic; Ruth Breu; Michael Felderer (LNCS Trans. Found. Mastering Chang., 2016)

Issues on Software Quality Models for Mastering Change. - Michael Felderer (LNCS Trans. Found. Mastering Chang., 2016)

Is business domain language support beneficial for creating test case specifications: A controlled experiment. - Florian Häser; Michael Felderer; Ruth Breu (Inf. Softw. Technol., 2016)

Requirements engineering practice and problems in agile projects: results from an international survey. - Stefan Wagner 001; Daniel Méndez Fernández; Michael Felderer; Marcos Kalinowski (PeerJ Prepr., 2016)

Summary of the 3rd International Workshop on Requirements Engineering and Testing (RET 2016): [Co-located with REFSQ 2016]. - Michael Unterkalmsteiner; Gregory Gay 002; Michael Felderer; Elizabeth Bjarnason; Markus Borg; Mirko Morandini (ACM SIGSOFT Softw. Eng. Notes, 2016)

Developing, Verifying, and Maintaining High-Quality Automated Test Scripts. - Vahid Garousi; Michael Felderer (IEEE Softw., 2016)

Risk orientation in software testing processes of small and medium enterprises: an exploratory and comparative study. - Michael Felderer; Rudolf Ramler (Softw. Qual. J., 2016)

Model-based security testing: a taxonomy and systematic classification. - Michael Felderer; Philipp Zech; Ruth Breu; Matthias Büchler; Alexander Pretschner (Softw. Test. Verification Reliab., 2016)

Experience-based guidelines for effective and efficient data extraction in systematic reviews in software engineering. - Vahid Garousi; Michael Felderer (EASE, 2017)

Industry-academia collaborations in software engineering: An empirical analysis of challenges, patterns and anti-patterns in research projects. - Vahid Garousi; Michael Felderer; João M. Fernandes 001; Dietmar Pfahl; Mika V. Mäntylä (EASE, 2017)

What industry wants from academia in software testing?: Hearing practitioners' opinions. - Vahid Garousi; Michael Felderer; Marco Kuhrmann; Kadir Herkiloglu (EASE, 2017)

Research Challenges in Empowering Agile Teams with Security Knowledge Based on Public and Private Information Sources. - Michael Felderer; Irdin Pekaric (SecSE@ESORICS, 2017)

Multi-objective black-box test case selection for system testing. - Remo Lachmann; Michael Felderer; Manuel Nieke; Sandro Schulze; Christoph Seidl 001; Ina Schaefer (GECCO, 2017)

Developing and Evaluating Collaborative Online-Based Instructional Designs in Health Information Management. - Elske Ammenwerth; Werner O. Hackl; Michael Felderer; Alexander Hörbst (GMDS, 2017)

Supporting Defect Causal Analysis in Practice with Cross-Company Data on Causes of Requirements Engineering Problems. - Marcos Kalinowski; Pablo Curty; Aline Paes; Alexandre Ferreira; Rodrigo O. Spínola; Daniel Méndez Fernández; Michael Felderer; Stefan Wagner 001 (ICSE-SEIP, 2017)

Teaching predictive modeling to junior software engineers - seminar format and its evaluation: poster. - Katsiaryna Labunets; Andrea Janes; Michael Felderer; Fabio Massacci (ICSE (Companion Volume), 2017)

Hybrid software and system development in practice: waterfall, scrum, and beyond. - Marco Kuhrmann; Philipp Diebold; Jürgen Münch; Paolo Tell; Vahid Garousi; Michael Felderer; Kitija Trektere; Fergal McCaffery; Oliver Linssen; Eckhart Hanser; Christian R. Prause (ICSSP, 2017)

Hybrid Software and System Development in Practice: Initial Results from Austria. - Michael Felderer; Dietmar Winkler 001; Stefan Biffl (PROFES, 2017)

Initial Investigations on the Influence of Requirement Smells on Test-Case Design. - Armin Beer; Maximilian Junker; Henning Femmer; Michael Felderer (RE Workshops, 2017)

Software Quality Assurance During Implementation: Results of a Survey in Software Houses from Germany, Austria and Switzerland. - Michael Felderer; Florian Auer (SWQD, 2017)

Naming the pain in requirements engineering - Contemporary problems, causes, and effects in practice. - Daniel Méndez Fernández; Stefan Wagner 001; Marcos Kalinowski; Michael Felderer; Priscilla Mafra; Antonio Vetrò; Tayana Conte; Marie-Therese Christiansson; Des Greer; Casper Lassenius; Tomi Männistö; M. Nayabi; et al. (Empir. Softw. Eng., 2017)

Software test maturity assessment and test process improvement: A multivocal literature review. - Vahid Garousi; Michael Felderer; Tuna Hacaloglu (Inf. Softw. Technol., 2017)

Summary of the 4th International Workshop on Requirements Engineering and Testing (RET 2017). - Markus Borg; Elizabeth Bjarnason; Michael Unterkalmsteiner; Tingting Yu; Gregory Gay 002; Michael Felderer (ACM SIGSOFT Softw. Eng. Notes, 2017)

Worlds Apart: Industrial and Academic Focus Areas in Software Testing. - Vahid Garousi; Michael Felderer (IEEE Softw., 2017)

Special issue on collaboration in software testing between industry and academia. - Michael Felderer; Rudolf Ramler (Softw. Qual. J., 2017)

Model-based regression testing by OCL. - Philipp Zech; Philipp Kalb; Michael Felderer; Colin Atkinson 001; Ruth Breu (Int. J. Softw. Tools Technol. Transf., 2017)

Systematic Support for Full Knowledge Management Lifecycle by Advanced Semantic Annotation Across Information System Boundaries. - Vishwajeet Pattanaik; Alex Norta; Michael Felderer; Dirk Draheim (CAiSE Forum, 2018)

A Process for Evidence-Based Engineering of Domain-Specific Languages. - Michael Felderer; Fabian Jeschko (EASE, 2018)

Current State of Research on Continuous Experimentation: A Systematic Mapping Study. - Florian Auer; Michael Felderer (SEAA, 2018)

Re-visiting a Test Taxonomy with Refactoring and Defect-fix Data. - Steve Counsell; Stephen Swift; Roberto Tonelli; Michele Marchesi; Michael Felderer (SEAA, 2018)

Risk-based Software Quality and Security Engineering in Data-intensive Environments - (Invited Keynote). - Michael Felderer (FDSE, 2018)

Building a Community of Inquiry Within an Online-Based Health Informatics Program: Instructional Design and Lessons Learned. - Elske Ammenwerth; Werner O. Hackl; Michael Felderer; Clemens Sauerwein; Alexander Hörbst (GMDS, 2018)

Organizational Patterns between Developers and Testers - Investigating Testers' Autonomy and Role Identity. - Michal Dolezel 001; Michael Felderer (ICEIS (2), 2018)

Measuring and improving testability of system requirements in an industrial context by applying the goal question metric approach. - Armin Beer; Michael Felderer (RET@ICSE, 2018)

Cluster-based test scheduling strategies using semantic relationships between test specifications. - Sahar Tahvili; Leo Hatvani; Michael Felderer; Wasif Afzal; Mehrdad Saadatmand; Markus Bohlin (RET@ICSE, 2018)

A Testability Analysis Framework for Non-functional Properties. - Michael Felderer; Bogdan Marculescu; Francisco Gomes de Oliveira Neto; Robert Feldt; Richard Torkar (ICST Workshops, 2018)

Formal Methods in Industrial Practice - Bridging the Gap (Track Summary). - Michael Felderer; Dilian Gurov; Marieke Huisman; Björn Lisper; Rupert Schlick (ISoLA (4), 2018)

A Proposal of an Example and Experiments Repository to Foster Industrial Adoption of Formal Methods. - Rupert Schlick; Michael Felderer; István Majzik; Roberto Nardone; Alexander Raschke; Colin F. Snook; Valeria Vittorini (ISoLA (4), 2018)

Shifting Quality Assurance of Machine Learning Algorithms to Live Systems. - Florian Auer; Michael Felderer (Software Engineering, 2018)

Hybrid Software and System Development in Practice. - Marco Kuhrmann; Philipp Diebold; Jürgen Münch; Paolo Tell; Vahid Garousi; Michael Felderer; Kitija Trektere; Fergal McCaffery; Oliver Linssen; Eckhart Hanser; Christian R. Prause (Software Engineering, 2018)

On Evidence-Based Risk Management in Requirements Engineering. - Daniel Méndez Fernández; Michaela Tießler; Marcos Kalinowski; Michael Felderer; Marco Kuhrmann (SWQD, 2018)

Evaluation of an Integrated Tool Environment for Experimentation in DSL Engineering. - Florian Häser; Michael Felderer; Ruth Breu (SWQD, 2018)

Towards defining a microservice migration framework. - Florian Auer; Michael Felderer; Valentina Lenarduzzi (XP Companion, 2018)

Agile Requirements Engineering in Practice: Status Quo and Critical Problems. - Stefan Wagner 001; Daniel Méndez Fernández; Marcos Kalinowski; Michael Felderer (CLEI Electron. J., 2018)

What we know about software testability: a survey. - Vahid Garousi; Michael Felderer; Feyza Nur Kilicaslan (CoRR, 2018)

Guidelines for Systematic Mapping Studies in Security Engineering. - Michael Felderer; Jeffrey C. Carver (CoRR, 2018)

Recent Results on Classifying Risk-Based Testing Approaches. - Michael Felderer; Juergen Grossmann; Ina Schieferdecker (CoRR, 2018)

NLP-assisted software testing: a systematic review. - Vahid Garousi; Sara Bauer; Michael Felderer (CoRR, 2018)

Special Section: Automation and Analytics for Greener Software Engineering. - Michael Felderer; Dietmar Pfahl (Inf. Softw. Technol., 2018)

Testing embedded software: A survey of the literature. - Vahid Garousi; Michael Felderer; Çagri Murat Karapiçak; Ugur Yilmaz (Inf. Softw. Technol., 2018)

Verlässliche Software im 21. Jahrhundert. - Stefan Wagner 001; Matthias Tichy; Michael Felderer; Stefan Leue (Inform. Spektrum, 2018)

What We Know about Software Test Maturity and Test Process Improvement. - Vahid Garousi; Michael Felderer; Tuna Hacaloglu (IEEE Softw., 2018)

What We Know about Testing Embedded Software. - Vahid Garousi; Michael Felderer; Çagri Murat Karapiçak; Ugur Yilmaz (IEEE Softw., 2018)

Integrating software quality models into risk-based testing. - Harald Foidl; Michael Felderer (Softw. Qual. J., 2018)

On Testing Data-Intensive Software Systems. - Michael Felderer; Barbara Russo; Florian Auer (Security and Quality in Cyber-Physical Systems Engineering, 2019)

Applying Security Testing Techniques to Automotive Engineering. - Irdin Pekaric; Clemens Sauerwein; Michael Felderer (ARES, 2019)

Automated Functional Dependency Detection Between Test Cases Using Doc2Vec and Clustering. - Sahar Tahvili; Leo Hatvani; Michael Felderer; Wasif Afzal; Markus Bohlin (AITest, 2019)

Do We Preach What We Practice? Investigating the Practical Relevance of Requirements Engineering Syllabi - The IREB Case. - Daniel Méndez Fernández; Xavier Franch; Norbert Seyff; Michael Felderer; Martin Glinz; Marcos Kalinowski; Andreas Vogelsang; Stefan Wagner 001; Stan Bühne; Kim Lauenroth (CIbSE, 2019)

Ernst Denert Software Engineering Awards 2019. - Michael Felderer; Wilhelm Hasselbring; Heiko Koziolek; Florian Matthes; Lutz Prechelt; Ralf H. Reussner; Bernhard Rumpe; Ina Schaefer (Denert Award, 2019)

Technical Debt in Data-Intensive Software Systems. - Harald Foidl; Michael Felderer; Stefan Biffl (SEAA, 2019)

Impact of Students' Presence and Course Participation on Learning Outcome in Co-Operative Online-based Courses. - Elske Ammenwerth; Werner O. Hackl; Verena Dornauer; Michael Felderer; Alexander Hörbst; Renate Nantschev; Michael Netzer (ICIMTH, 2019)

Addressing data quality problems with metamorphic data relations. - Florian Auer; Michael Felderer (MET@ICSE, 2019)

Catching up with method and process practice: an industry-informed baseline for researchers. - Jil Klünder; Regina Hebig; Paolo Tell; Marco Kuhrmann; Joyce Nakatumba-Nabende; Rogardt Heldal; Stephan Krusche; Masud Fazal-Baqaie; Michael Felderer; Marcela Fabiana Genero Bocco; Steffen Küpper; Sherlock A. Licorish; et al. (ICSE (SEIP), 2019)

Analysing the Performance of Mobile Cross-platform Development Approaches Using UI Interaction Scenarios. - Stefan Huber 005; Lukas Demetz; Michael Felderer (ICSOFT (Selected Papers), 2019)

Technical Debt and Waste in Non-functional Requirements Documentation: An Exploratory Study. - Gabriela Robiolo; Ezequiel Scott; Santiago Matalonga; Michael Felderer (PROFES, 2019)

How is security testing done in agile teams? A cross-case analysis of four software teams. - Daniela S. Cruzes; Michael Felderer; Tosin Daniel Oyetoyan; Matthias Gander; Irdin Pekaric (SE/SWM, 2019)

Using Mini-Projects to Teach Empirical Software Engineering. - Michael Felderer; Marco Kuhrmann (SEUH, 2019)

Risk-based data validation in machine learning-based software systems. - Harald Foidl; Michael Felderer (MaLTeSQuE@ESEC/SIGSOFT FSE, 2019)

Relating Verification and Validation Methods to Software Product Quality Characteristics: Results of an Expert Survey. - Isela Mendoza; Marcos Kalinowski; Uéverton S. Souza; Michael Felderer (SWQD, 2019)

An analysis and classification of public information security data sources used in research and practice. - Clemens Sauerwein; Irdin Pekaric; Michael Felderer; Ruth Breu (Comput. Secur., 2019)

On Testing of Data-Intensive Software Systems. - Michael Felderer; Barbara Russo; Florian Auer (CoRR, 2019)

Challenges in Survey Research. - Stefan Wagner 001; Daniel Méndez Fernández; Michael Felderer; Daniel Graziotin; Marcos Kalinowski (CoRR, 2019)

Benefitting from the Grey Literature in Software Engineering Research. - Vahid Garousi; Michael Felderer; Mika V. Mäntylä; Austen Rainer (CoRR, 2019)

Characteristics of an Online Controlled Experiment: Preliminary Results of a Literature Review. - Florian Auer; Michael Felderer (CoRR, 2019)

The Evolution of Empirical Methods in Software Engineering. - Michael Felderer; Guilherme Horta Travassos (CoRR, 2019)

Characterizing industry-academia collaborations in software engineering: evidence from 101 projects. - Vahid Garousi; Dietmar Pfahl; João M. Fernandes 001; Michael Felderer; Mika V. Mäntylä; David C. Shepherd; Andrea Arcuri; Ahmet Coskunçay; Bedir Tekinerdogan (Empir. Softw. Eng., 2019)

A survey on software testability. - Vahid Garousi; Michael Felderer; Feyza Nur Kilicaslan (Inf. Softw. Technol., 2019)

Guidelines for including grey literature and conducting multivocal literature reviews in software engineering. - Vahid Garousi; Michael Felderer; Mika V. Mäntylä (Inf. Softw. Technol., 2019)

Introduction to the special issue on quality engineering and management of software-intensive systems. - Michael Felderer; Helena Holmström Olsson; Rick Rabiser (J. Syst. Softw., 2019)

Aligning software engineering education with industrial needs: A meta-analysis. - Vahid Garousi; Görkem Giray; Eray Tüzün; Cagatay Catal; Michael Felderer (J. Syst. Softw., 2019)

Summary of the 5th International Workshop on Requirements Engineering and Testing (RET 2018). - Michael Unterkalmsteiner; Tingting Yu; Gregory Gay 002; Elizabeth Bjarnason; Markus Borg; Michael Felderer (ACM SIGSOFT Softw. Eng. Notes, 2019)

What We Know About Smells in Software Test Code. - Vahid Garousi; Baris Küçük; Michael Felderer (IEEE Softw., 2019)

Hybrid Software Development Approaches in Practice: A European Perspective. - Marco Kuhrmann; Philipp Diebold; Jürgen Münch; Paolo Tell; Kitija Trektere; Fergal McCaffery; Vahid Garousi; Michael Felderer; Oliver Linssen; Eckhart Hanser; Christian R. Prause (IEEE Softw., 2019)

Comprehensibility of system models during test design: a controlled experiment comparing UML activity diagrams and state machines. - Michael Felderer; Andrea Herrmann 001 (Softw. Qual. J., 2019)

Comparison of the FMEA and STPA safety analysis methods-a case study. - Sardar Muhammad Sulaman; Armin Beer; Michael Felderer; Martin Höst (Softw. Qual. J., 2019)

Virtual IoT Learning Environment (VIoTLE)- Implementierung einer virtuellen Lernumgebung für Testaktivitäten im Bereich Internet der Dinge. - Thomas Auer; Ronak Zarhoun; Michael Felderer (Softwaretechnik-Trends, 2019)

Knowledge-based security testing of web applications by logic programming. - Philipp Zech; Michael Felderer; Ruth Breu (Int. J. Softw. Tools Technol. Transf., 2019)

Status Quo in Requirements Engineering: A Theory and a Global Family of Surveys. - Stefan Wagner 001; Daniel Méndez Fernández; Michael Felderer; Antonio Vetrò; Marcos Kalinowski; Roel J. Wieringa; Dietmar Pfahl; Tayana Conte; Marie-Therese Christiansson; Desmond Greer; Casper Lassenius; Tomi Männistö; et al. (ACM Trans. Softw. Eng. Methodol., 2019)

Challenges in Survey Research. - Stefan Wagner 001; Daniel Méndez 001; Michael Felderer; Daniel Graziotin; Marcos Kalinowski (Contemporary Empirical Methods in Software Engineering, 2020)

The Evolution of Empirical Methods in Software Engineering. - Michael Felderer; Guilherme Horta Travassos (Contemporary Empirical Methods in Software Engineering, 2020)

Benefitting from the Grey Literature in Software Engineering Research. - Vahid Garousi; Michael Felderer; Mika V. Mäntylä; Austen Rainer (Contemporary Empirical Methods in Software Engineering, 2020)

Ernst Denert Software Engineering Award 2020. - Michael Felderer; Wilhelm Hasselbring; Heiko Koziolek; Florian Matthes; Lutz Prechelt; Ralf H. Reussner; Bernhard Rumpe; Ina Schaefer (Denert Award, 2020)

Gamified Internet of Things Testing within a Virtual Learning Environment - towards the Interactive Simulation Game "IoTCityLab". - Thomas Auer; Michael Felderer (CSEE&T, 2020)

Explainable Priority Assessment of Software-Defects using Categorical Features at SAP HANA. - Luca Lenz; Michael Felderer; Sascha Schwedes; Kai Müller (EASE, 2020)

Why Research on Test-Driven Development is Inconclusive? - Mohammad Ghafari; Timm Gross; Davide Fucci; Michael Felderer (ESEM, 2020)

Continuous Experiment Definition Characteristics. - Florian Auer; Chhong Shing Lee; Michael Felderer (SEAA, 2020)

Towards a Learning Environment for Internet of Things Testing with LEGO® MINDSTORMS®. - Thomas Auer; Michael Felderer (ICST Workshops, 2020)

Compliance Requirements in Large-Scale Software Development: An Industrial Case Study. - Muhammad Usman 002; Michael Felderer; Michael Unterkalmsteiner; Eriks Klotins; Daniel Méndez 001; Emil Alégroth (PROFES, 2020)

Evaluating the Usefulness and Ease of Use of an Experimentation Definition Language. - Florian Auer; Michael Felderer (SEKE, 2020)

Together We Are Stronger: Evidence-Based Reflections on Industry-Academia Collaboration in Software Testing. - Michael Felderer; Vahid Garousi (SWQD, 2020)

Risk management practices in information security: Exploring the status quo in the DACH region. - Michael Brunner; Clemens Sauerwein; Michael Felderer; Ruth Breu (Comput. Secur., 2020)

Assessing the maturity of software testing services using CMMI-SVC: An industrial case study. - Vahid Garousi; Seyfettin Arkan; Gökhan Urul; Çagri Murat Karapiçak; Michael Felderer (CoRR, 2020)

ACM SIGSOFT Empirical Standards. - Paul Ralph; Sebastian Baltes; Domenico Bianculli; Yvonne Dittrich; Michael Felderer; Robert Feldt; Antonio Filieri; Carlo Alberto Furia; Daniel Graziotin; Pinjia He; Rashina Hoda; Natalia Juristo; et al. (CoRR, 2020)

Retrieving and mining professional experience of software practice from grey literature: an exploratory review. - Austen Rainer; Ashley Williams; Vahid Garousi; Michael Felderer (IET Softw., 2020)

NLP-assisted software testing: A systematic mapping of the literature. - Vahid Garousi; Sara Bauer; Michael Felderer (Inf. Softw. Technol., 2020)

Exploring the industry's challenges in software testing: An empirical study. - Vahid Garousi; Michael Felderer; Marco Kuhrmann; Kadir Herkiloglu; Sigrid Eldh (J. Softw. Evol. Process., 2020)

Closing the Gap Between Software Engineering Education and Industrial Needs. - Vahid Garousi; Görkem Giray; Eray Tüzün; Cagatay Catal; Michael Felderer (IEEE Softw., 2020)

A Taxonomy to Assess and Tailor Risk-Based Testing in Recent Testing Standards. - Juergen Grossmann; Michael Felderer; Johannes Viehmann; Ina Schieferdecker (IEEE Softw., 2020)

Specification-driven predictive business process monitoring. - Ario Santoso; Michael Felderer (Softw. Syst. Model., 2020)

Important Experimentation Characteristics: An Expert Survey. - Florian Auer; Michael Felderer (ESEM, 2021)

An Architecture to Integrate Experimentation into the Software Development Infrastructure. - Florian Auer; Michael Felderer (SEAA, 2021)

VULNERLIZER: Cross-analysis Between Vulnerabilities and Software Libraries. - Irdin Pekaric; Michael Felderer; Philipp Steinmüller (HICSS, 2021)

Aspects of Sustainable Test Processes. - Armin Beer; Michael Felderer; Tobias Lorey; Stefan Mohacsi (BoKSS@ICSE, 2021)

Towards Risk Modeling for Collaborative AI. - Matteo Camilli; Michael Felderer; Andrea Giusti; Dominik T. Matt; Anna Perini; Barbara Russo; Angelo Susi (WAIN@ICSE, 2021)

PWA vs the Others: A Comparative Study on the UI Energy-Efficiency of Progressive Web Apps. - Stefan Huber 005; Lukas Demetz; Michael Felderer (ICWE, 2021)

Risk-Driven Compliance Assurance for Collaborative AI Systems: A Vision Paper. - Matteo Camilli; Michael Felderer; Andrea Giusti; Dominik Tobias Matt; Anna Perini; Barbara Russo; Angelo Susi (REFSQ, 2021)

An Infrastructure for Platform-Independent Experimentation of Software Changes. - Florian Auer; Michael Felderer (SOFSEM, 2021)

An Approach for Platform-Independent Online Controlled Experimentation. - Florian Auer; Michael Felderer (SWQD, 2021)

Quality Assurance for AI-Based Systems: Overview and Challenges (Introduction to Interactive Session). - Michael Felderer; Rudolf Ramler (SWQD, 2021)

AI-Based Enhancement of Test Models in an Industrial Model-Based Testing Tool. - Stefan Mohacsi; Michael Felderer (SANER, 2021)

Quality Assurance for AI-based Systems: Overview and Challenges. - Michael Felderer; Rudolf Ramler (CoRR, 2021)

Collaborative AI Needs Stronger Assurances Driven by Risks. - Jubril Gbolahan Adigun; Matteo Camilli; Michael Felderer; Andrea Giusti; Dominik T. Matt; Anna Perini; Barbara Russo; Angelo Susi (CoRR, 2021)

A taxonomy of attack mechanisms in the automotive domain. - Irdin Pekaric; Clemens Sauerwein; Stefan Haselwanter; Michael Felderer (Comput. Stand. Interfaces, 2021)

From monolithic systems to Microservices: An assessment framework. - Florian Auer; Valentina Lenarduzzi; Michael Felderer; Davide Taibi 001 (Inf. Softw. Technol., 2021)

Controlled experimentation in continuous experimentation: Knowledge and challenges. - Florian Auer; Rasmus Ros; Lukas Kaltenbrunner; Per Runeson; Michael Felderer (Inf. Softw. Technol., 2021)

Software Engineering und Software-Engineering-Forschung im Zeitalter der Digitalisierung. - Michael Felderer; Ralf H. Reussner; Bernhard Rumpe (Inform. Spektrum, 2021)

Laying the foundation for smart contract development: an integrated engineering process model. - Christian Sillaber; Bernhard Waltl; Horst Treiblmaier; Ulrich Gallersdörfer; Michael Felderer (Inf. Syst. E Bus. Manag., 2021)

Quantum Software: Model-driven or Search-driven? A Q-SE 2021 Workshop Report. - Rui Abreu 001; Shaukat Ali 001; Tao Yue 002; Michael Felderer; Iaakov Exman (ACM SIGSOFT Softw. Eng. Notes, 2021)

Ernst Denert Software Engineering Award 2022. - Eric Bodden; Michael Felderer; Wilhelm Hasselbring; Paula Herber; Heiko Koziolek; Carola Lilienthal; Florian Matthes; Lutz Prechelt; Bernhard Rumpe; Ina Schaefer (Ernst Denert Award for Software Engineering, 2022)

Data smells: categories, causes and consequences, and detection of suspicious data in AI-based systems. - Harald Foidl; Michael Felderer; Rudolf Ramler (CAIN, 2022)

What is software quality for AI engineers?: towards a thinning of the fog. - Valentina Golendukhina; Valentina Lenarduzzi; Michael Felderer (CAIN, 2022)

SmartDelta: Automated Quality Assurance and Optimization in Incremental Industrial Software Systems Development. - Mehrdad Saadatmand; Eduard Paul Enoiu; Holger Schlingloff; Michael Felderer; Wasif Afzal (DSD, 2022)

Metamorphic Testing in Autonomous System Simulations. - Jubril Gbolahan Adigun; Linus Eisele; Michael Felderer (SEAA, 2022)

STORM: A Software Testing Onboarding Model. - Tobias Lorey; Stefan Mohacsi; Armin Beer; Michael Felderer (SEAA, 2022)

Social Science Theories in Software Engineering Research. - Tobias Lorey; Paul Ralph; Michael Felderer (ICSE, 2022)

Automatic Error Classification and Root Cause Determination while Replaying Recorded Workload Data at SAP HANA. - Neetha Jambigi; Thomas Bach 001; Felix Schabernack; Michael Felderer (ICST, 2022)

Towards Understanding the Skill Gap in Cybersecurity. - François Goupil; Pavel Laskov; Irdin Pekaric; Michael Felderer; Alexander Dürr; Frédéric Thiesse (ITiCSE (1), 2022)

Requirements for Anomaly Detection Techniques for Microservices. - Monika Steidl; Marko Gattringer; Michael Felderer; Rudolf Ramler; Mostafa Shahriari (PROFES, 2022)

Simulation of Sensor Spoofing Attacks on Unmanned Aerial Vehicles using the Gazebo Simulator. - Irdin Pekaric; David Arnold; Michael Felderer (QRS Companion, 2022)

Software Testing, AI and Robotics (STAIR) Learning Lab. - Simon Haller-Seeber; Thomas Gatterer; Patrick Hofmann; Christopher Kelter; Thomas Auer; Michael Felderer (RiE, 2022)

Preliminary findings on the occurrence and causes of data smells in a real-world business travel data processing pipeline. - Valentina Golendukhina; Harald Foidl; Michael Felderer; Rudolf Ramler (SEA4DQ@ESEC/SIGSOFT FSE, 2022)

Towards Model Co-evolution Across Self-Adaptation Steps for Combined Safety and Security Analysis. - Thomas Witte; Raffaela Groner; Alexander Raschke; Matthias Tichy; Irdin Pekaric; Michael Felderer (SEAMS, 2022)

Motivations for and Benefits of Adopting the Test Maturity Model integration (TMMi). - Erik van Veenendaal; Vahid Garousi; Michael Felderer (SWQD, 2022)

Collaborative Artificial Intelligence Needs Stronger Assurances Driven by Risks. - Jubril Gbolahan Adigun; Matteo Camilli; Michael Felderer; Andrea Giusti; Dominik T. Matt; Anna Perini; Barbara Russo; Angelo Susi (Computer, 2022)

STORM: A Model for Sustainably Onboarding Software Testers. - Tobias Lorey; Stefan Mohacsi; Armin Beer; Michael Felderer (CoRR, 2022)

Introduction to the Special Issue on value and waste in software engineering. - Michael Felderer; Matthias Galster; Clemente Izurieta; Carolyn Seaman (Inf. Softw. Technol., 2022)

Introduction to the Special Issue on: Grey Literature and Multivocal Literature Reviews (MLRs) in software engineering. - Vahid Garousi; Austen Rainer; Michael Felderer; Mika V. Mäntylä (Inf. Softw. Technol., 2022)

A comparative study on the energy consumption of Progressive Web Apps. - Stefan Huber 005; Lukas Demetz; Michael Felderer (Inf. Syst., 2022)

Mining user reviews of COVID contact-tracing apps: An exploratory analysis of nine European apps. - Vahid Garousi; David Cutting; Michael Felderer (J. Syst. Softw., 2022)

What Users Think of COVID-19 Contact-Tracing Apps: An Analysis of Eight European Apps. - Vahid Garousi; David Cutting; Michael Felderer (IEEE Softw., 2022)

Ground-Truth Deficiencies in Software Engineering: When Codifying the Past Can Be Counterproductive. - Eray Tüzün; Hakan Erdogmus; Maria Teresa Baldassarre; Michael Felderer; Robert Feldt; Burak Turhan (IEEE Softw., 2022)

Testing The Untestable - Risikobasierte Qualitätssicherung für Machine-Learning Systeme. - Michael Felderer (Softwaretechnik-Trends, 2022)

Ernst Denert Software-Engineering-Preis 2021. - Michael Felderer; Wilhelm Hasselbring; Heiko Koziolek; Carola Lilienthal; Florian Matthes; Lutz Prechelt; Ralf H. Reussner; Bernhard Rumpe; Ina Schaefer (Softwaretechnik-Trends, 2022)

What Makes Agile Software Development Agile? - Marco Kuhrmann; Paolo Tell; Regina Hebig; Jil Klünder; Jürgen Münch; Oliver Linssen; Dietmar Pfahl; Michael Felderer; Christian R. Prause; Stephen G. MacDonell; Joyce Nakatumba-Nabende; David Raffo; et al. (IEEE Trans. Software Eng., 2022)

Cognition in Software Engineering: A Taxonomy and Survey of a Half-Century of Research. - Fabian Fagerholm; Michael Felderer; Davide Fucci; Michael Unterkalmsteiner; Bogdan Marculescu; Markus Martini; Lars Göran Wallgren Tengberg; Robert Feldt; Bettina Lehtelä; Balázs Nagyváradi; Jehan Khattak (ACM Comput. Surv., 2022)

Multivocal Literature Review & Interviews: Continuous End-to-End Lifecycle Management Pipeline for Artificial Intelligence. - Monika Steidl; Michael Felderer; Rudolf Ramler (Zenodo, 2022)

Multivocal Literature Review & Interviews: Continuous End-to-End Lifecycle Management Pipeline for Artificial Intelligence. - Monika Steidl; Michael Felderer; Rudolf Ramler (Zenodo, 2022)

Complementary material for the book "Optimising the Software Development Process with Artificial Intelligence". - José Raúl Romero; Inmaculada Medina-Bulo; Francisco Chicano; Liyan Song; Leandro L. Minku; Fitsum Meshesha Kifetew; Anna Perini; Angelo Susi; Antonio Garmendia; Dominik Bork; Martin Eisenberg; Thiago do Nascimento Ferreira; et al. (Zenodo, 2022)

JUnit Test Files with manual check of 5 test smells. - Florian Maier; Michael Felderer (Zenodo, 2022)

Testing Very Large Database Management Systems: The Case of SAP HANA. - Thomas Bach 001; Artur Andrzejak 001; Changyun Seo; Christian Bierstedt; Christian Lemke; Daniel Ritter 001; Dongwon Hwang; Erda Sheshi; Felix Schabernack; Frank Renkes; Gordon Gaumnitz; Jakob Martens; et al. (Datenbank-Spektrum, 2022)

SoHist: A Tool for Managing Technical Debt through Retro Perspective Code Analysis. - Benedikt Dornauer; Michael Felderer; Johannes Weinzerl; Mircea-Cristian Racasan; Martin Hess (EASE, 2023)

Techniques for Improving the Energy Efficiency of Mobile Apps: A Taxonomy and Systematic Literature Review. - Stefan Huber 005; Tobias Lorey; Michael Felderer (SEAA, 2023)

Automation and Development Effort in Continuous AI Development: A Practitioners' Survey. - Monika Steidl; Valentina Golendukhina; Michael Felderer; Rudolf Ramler (SEAA, 2023)

Lecturers' and Students' Experiences with an Automated Programming Assessment System. - Clemens Sauerwein; Simon Priller; Martin Dobiasch; Stefan Oppl; Michael Felderer; Ruth Breu (HICSS, 2023)

On the Energy-Efficiency of Hybrid UI Components for Mobile Cross-Platform Development. - Stefan Huber 005; Mario Döller; Michael Felderer (ICWE, 2023)

Risk-driven Online Testing and Test Case Diversity Analysis for ML-enabled Critical Systems. - Jubril Gbolahan Adigun; Tom Philip Huck; Matteo Camilli; Michael Felderer (ISSRE, 2023)

Energy-Saving Strategies for Mobile Web Apps and their Measurement: Results from a Decade of Research. - Benedikt Dornauer; Michael Felderer (MOBILESoft, 2023)

Applicability of Model Checking for Verifying Spacecraft Operational Designs. - Philipp Chrszon; Paulina Maurer; George Saleip; Sascha Müller 005; Philipp Martin Fischer; Andreas Gerndt; Michael Felderer (MODELS, 2023)

Status Quo and Problems of Requirements Engineering for Machine Learning: Results from an International Survey. - Antonio Pedro Santos Alves; Marcos Kalinowski; Görkem Giray; Daniel Méndez 001; Niklas Lavesson; Kelly Azevedo; Hugo Villamizar; Tatiana Escovedo; Hélio Lopes 001; Stefan Biffl; Jürgen Musil; Michael Felderer; et al. (PROFES (1), 2023)

Web Image Formats: Assessment of Their Real-World-Usage and Performance Across Popular Web Browsers. - Benedikt Dornauer; Michael Felderer (PROFES (1), 2023)

On the Role of Font Formats in Building Efficient Web Applications. - Benedikt Dornauer; Wolfgang Vigl; Michael Felderer (PROFES (1), 2023)

Model-Based Generation of Attack-Fault Trees. - Raffaela Groner; Thomas Witte; Alexander Raschke; Sophie Hirn; Irdin Pekaric; Markus Frick; Matthias Tichy; Michael Felderer (SAFECOMP, 2023)

Summary: Social Science Theories in Software Engineering Research. - Tobias Lorey; Paul Ralph; Michael Felderer (Software Engineering, 2023)

Enhancing Data Quality in Large-Scale Software Systems for Industrial Automation. - Valentina Golendukhina; Lisa Sonnleithner; Michael Felderer (SEA4DQ@SIGSOFT FSE, 2023)

Detection of test smells with basic language analysis methods and its evaluation. - Florian Maier; Michael Felderer (SANER, 2023)

Characterizing AFCL Serverless Scientific Workflows in Federated FaaS. - Mika Hautz; Sashko Ristov; Michael Felderer (WOSC@Middleware, 2023)

Summary of 2nd International Workshop on Requirements Engineering and Testing (RET). - Elizabeth Bjarnason; Mirko Morandini; Markus Borg; Michael Unterkalmsteiner; Michael Felderer; Matthew Staats (CoRR, 2023)

Summary of the 3rd International Workshop on Requirements Engineering and Testing. - Michael Unterkalmsteiner; Gregory Gay 002; Michael Felderer; Elizabeth Bjarnason; Markus Borg; Mirko Morandini (CoRR, 2023)

Determining a core view of research quality in empirical software engineering. - Jefferson Seide Molléri; Emilia Mendes; Kai Petersen; Michael Felderer (Comput. Stand. Interfaces, 2023)

SmartDelta project: Automated quality assurance and optimization across product versions and variants. - Mehrdad Saadatmand; Muhammad Abbas 002; Eduard Paul Enoiu; Bernd-Holger Schlingloff; Wasif Afzal; Benedikt Dornauer; Michael Felderer (Microprocess. Microsystems, 2023)

Guiding the retraining of convolutional neural networks against adversarial inputs. - Francisco Durán 004; Silverio Martínez-Fernández; Michael Felderer; Xavier Franch (PeerJ Comput. Sci., 2023)

Artificial Intelligence Techniques in System Testing. - Michael Felderer; Eduard Paul Enoiu; Sahar Tahvili (Optimising the Software Development Process with Artificial Intelligence, 2023)

Energy-Saving Strategies for Mobile Web Apps and their Measurement: Results from a Decade of Research - Dataset. - Benedikt Dornauer; Michael Felderer (Zenodo, 2023)

Software Engineering Challenges for Quantum Computing: Report from the First Working Seminar on Quantum Software Engineering (WSQSE 22). - Michael Felderer; Davide Taibi 001; Fabio Palomba; Michael Epping; Malte Lochau; Benjamin Weder (ACM SIGSOFT Softw. Eng. Notes, 2023)

The pipeline for the continuous development of artificial intelligence models - Current state of research and practice. - Monika Steidl; Michael Felderer; Rudolf Ramler (J. Syst. Softw., 2023)

Competency Models for Information Security and Cybersecurity Professionals: Analysis of Existing Work and a New Model. - Daniel Bendler; Michael Felderer (ACM Trans. Comput. Educ., 2023)

An approach for assessing industrial IoT data sources to determine their data trustworthiness. - Harald Foidl; Michael Felderer (Internet Things, 2023)

Introduction to the Software Quality for Artificial Intelligence (SQA4AI) special issue. - Michael Felderer; Valentina Lenarduzzi; Fabio Palomba; Fabiano Pecorelli (Sci. Comput. Program., 2023)

Web Image Formats: Assessment of Their Real-World-Usage and Performance across Popular Web Browsers - Replication Package. - Benedikt Dornauer; Michael Felderer (Zenodo, 2023)

Web Image Formats: Assessment of Their Real-World-Usage and Performance across Popular Web Browsers - Replication Package. - Benedikt Dornauer; Michael Felderer (Zenodo, 2023)

Web Image Formats: Assessment of Their Real-World-Usage and Performance across Popular Web Browsers - Replication Package. - Benedikt Dornauer; Michael Felderer (Zenodo, 2023)

On the Role of Font Formats in Building Efficient Web Applications - Replication Package. - Benedikt Dornauer; Wolfgang Vigl; Michael Felderer (Zenodo, 2023)

Replication Package and Results: A Tertiary Study on the Continuous Development of AI. - Monika Steidl; Rudolf Ramler; Michael Felderer (Zenodo, 2023)

Förderung der Nachhaltigkeit durch Modell-basiertes Testen. - Stefan Mohacsi; Armin Beer; Tobias Lorey; Michael Felderer (Softwaretechnik-Trends, 2023)

On the Role of Font Formats in Building Efficient Web Applications - Replication Package. - Benedikt Dornauer; Wolfgang Vigl; Michael Felderer (Zenodo, 2023)

On the Role of Font Formats in Building Efficient Web Applications - Replication Package. - Benedikt Dornauer; Wolfgang Vigl; Michael Felderer (Zenodo, 2023)

A systematic review on security and safety of self-adaptive systems. - Irdin Pekaric; Raffaela Groner; Thomas Witte; Jubril Gbolahan Adigun; Alexander Raschke; Michael Felderer; Matthias Tichy (J. Syst. Softw., 2023)

ML-Enabled Systems Model Deployment and Monitoring: Status Quo and Problems. - Eduardo Zimelewicz; Marcos Kalinowski; Daniel Méndez 001; Görkem Giray; Antonio Pedro Santos Alves; Niklas Lavesson; Kelly Azevedo; Hugo Villamizar; Tatiana Escovedo; Hélio Lopes 001; Stefan Biffl; Juergen Musil; et al. (Zenodo, 2023)

Quantum Software Ecosystem Design. - Achim Basermann; Michael Epping; Benedikt Fauseweh; Michael Felderer; Elisabeth Lobe; Melven Röhrig-Zöllner; Gary Schmiedinghoff; Peter K. Schuhmacher; Yoshinta Setyawati; Alexander Weinert (Quantum Software, 2024)

Challenges for Quantum Software Engineering: An Industrial Application Scenario Perspective. - Cecilia Carbonelli; Michael Felderer; Matthias Jung 001; Elisabeth Lobe; Malte Lochau; Sebastian Luber; Wolfgang Mauerer; Rudolf Ramler; Ina Schaefer; Christoph Schroth (Quantum Software, 2024)

A Novel Perception of Quantum Software: Theoretical, Engineering, and Application Aspects. - Michael Felderer; Ricardo Pérez-Castillo; Mario Piattini; Iaakov Exman (Quantum Software, 2024)

An Overview of Microservice-Based Systems Used for Evaluation in Testing and Monitoring: A Systematic Mapping Study. - Stefan Fischer 006; Pirmin Urbanke; Rudolf Ramler; Monika Steidl; Michael Felderer (AST@ICSE, 2024)

A Review of Publicly Available Datasets from Manufacturing Systems. - Valentina Golendukhina; Bianca Wiesmayr; Michael Felderer (ETFA, 2024)

Unveiling Data Preprocessing Patterns in Computational Notebooks. - Valentina Golendukhina; Michael Felderer (SEAA, 2024)

How Industry Tackles Anomalies during Runtime: Approaches and Key Monitoring Parameters. - Monika Steidl; Benedikt Dornauer; Michael Felderer; Rudolf Ramler; Mircea-Cristian Racasan; Marko Gattringer (SEAA, 2024)

The Past, Present, and Future of Research on the Continuous Development of AI. - Monika Steidl; Rudolf Ramler; Michael Felderer (SEAA, 2024)

Streamlining Attack Tree Generation: A Fragment-Based Approach. - Irdin Pekaric; Markus Frick; Jubril Gbolahan Adigun; Raffaela Groner; Thomas Witte; Alexander Raschke; Michael Felderer; Matthias Tichy (HICSS, 2024)

GoSpeechLess: Interoperable Serverless ML-based Cloud Services. - Sashko Ristov; Philipp Gritsch; David Meyer; Michael Felderer (ICSE Companion, 2024)

StoreLess: Serverless Workflow Scheduling with Federated Storage in Sky Computing. - Sashko Ristov; Mika Hautz; Philipp Gritsch; Stefan Nastic; Radu Prodan; Michael Felderer (ICSOC (2), 2024)

On Enhancing Root Cause Analysis with SQL Summaries for Failures in Database Workload Replays at SAP HANA. - Neetha Jambigi; Joshua Hammesfahr; Moritz Mueller; Thomas Bach 001; Michael Felderer (ISSRE (Workshops), 2024)

Understanding Microservice Runtime Monitoring Data for Anomaly Detection with Structural Equation Modeling. - Monika Steidl; Michael Leitner; Pirmin Urbanke; Marko Gattringer; Michael Felderer; Sashko Ristov (PROFES, 2024)

GoDeploy: Portable Deployment of Serverless Functions in Federated FaaS. - Sashko Ristov; Simon Brandacher; Michael Felderer; Ruth Breu (Software Engineering, 2024)

ML-Enabled Systems Model Deployment and Monitoring: Status Quo and Problems. - Eduardo Zimelewicz; Marcos Kalinowski; Daniel Méndez 001; Görkem Giray; Antonio Pedro Santos Alves; Niklas Lavesson; Kelly Azevedo; Hugo Villamizar; Tatiana Escovedo; Hélio Lopes 001; Stefan Biffl; Juergen Musil; et al. (SWQD, 2024)

Toward Research Software Categories. - Wilhelm Hasselbring; Stephan Druskat; Jan Bernoth; Philine Betker; Michael Felderer; Stephan Ferenz; Anna-Lena Lamprecht; Jan Linxweiler; Bernhard Rumpe (CoRR, 2024)

CODE: Code once, deploy everywhere serverless functions in federated FaaS. - Sashko Ristov; Simon Brandacher; Mika Hautz; Michael Felderer; Ruth Breu (Future Gener. Comput. Syst., 2024)

Evaluating software security maturity using OWASP SAMM: Different approaches and stakeholders perceptions. - Davide Fucci; Emil Alégroth; Michael Felderer; Christoffer Johannesson (J. Syst. Softw., 2024)

Data pipeline quality: Influencing factors, root causes of data-related issues, and processing problem areas for developers. - Harald Foidl; Valentina Golendukhina; Rudolf Ramler; Michael Felderer (J. Syst. Softw., 2024)

Software engineering, research software and requirements engineering. - Stephan Druskat; Michael Felderer; Carina Haupt (Softwaretechnik-Trends, 2024)

Replication Package: The Past, Present, and Future of Research on the Continuous Development of AI. - Monika Steidl; Rudolf Ramler; Michael Felderer (Zenodo, 2024)

Ernst Denert Preis 2023. - Eric Bodden; Yasemin Acar; Michael Felderer; Wilhelm Hasselbring; Paula Herber; Bernhard Rumpe (Softwaretechnik-Trends, 2024)

The Influence of Code Comments on the Perceived Helpfulness of Stack Overflow Posts (Supplementary Material). - Kathrin Figl; Kirchner Maria; Sebastian Baltes; Michael Felderer (Zenodo, 2024)

Replication Package: Anomaly detection via runtime monitoring data for structural equation modeling. - Monika Steidl; Michael Leitner; Pirmin Urbanke; Marko Gattringer; Michael Felderer; Sashko Ristov (Zenodo, 2024)

Replication Package: Anomaly detection via runtime monitoring data for structural equation modeling. - Monika Steidl; Michael Leitner; Pirmin Urbanke; Marko Gattringer; Michael Felderer; Sashko Ristov (Zenodo, 2024)

Replication Package: Anomaly detection via runtime monitoring data for structural equation modeling. - Monika Steidl; Michael Leitner; Pirmin Urbanke; Marko Gattringer; Michael Felderer; Sashko Ristov (Zenodo, 2024)

A Catalog of Consumer IoT Device Characteristics for Data Quality Estimation. - Valentina Golendukhina; Harald Foidl; Daniel Hörl; Michael Felderer (ACM J. Data Inf. Qual., 2024)

Designing Secure Space Systems. - Zain Alabedin Haj Hammadeh; Mohammad Hamad; Andrzej Olchawa; Milenko Starcik; Ricardo Fradique; Stefan Langhammer; Manuel Hoffmann; Florian Göhler; Daniel Lüdtke; Michael Felderer; Sebastian Steinhorst (DATE, 2025)

pyStorageLess: Leveraging Von Neumann's Architecture to Abstract Storage Heterogeneity in Serverless Applications. - Sashko Ristov; Mika Hautz; Philipp Gritsch; Isabella Schmut; Peter Koll; Michael Felderer (ESOCC, 2025)

Automated Test Generation - Taxonomy and Tool Applications. - Eduard Enoiu; Nasir Mehmood Minhas; Michael Felderer; Wasif Afzal (FSEN, 2025)

An Architecture and Protocol for Decentralized Retrieval Augmented Generation. - Tobias Hecking; Thorsten Sommer; Michael Felderer (ICSA Companion, 2025)

Fault Localization via Fine-Tuning Large Language Models with Mutation Generated Stack Traces. - Neetha Jambigi; Bartosz Bogacz; Moritz Mueller; Thomas Bach 001; Michael Felderer (ICST, 2025)

Visualization Tools for Machine Learning Pipelines: A Review. - Valentina Golendukhina; Michael Felderer; Lisa Sonnleithner (PacificVis, 2025)

Quantum Software Ecosystem Design. - Achim Basermann; Michael Epping; Benedikt Fauseweh; Michael Felderer; Elisabeth Lobe; Melven Röhrig-Zöllner; Gary Schmiedinghoff; Peter K. Schuhmacher; Yoshinta Setyawati; Alexander Weinert (Software Engineering Companion, 2025)

Innovating at the Intersection: Software Engineering for Science and Industry. - Michael Felderer (Software Engineering, 2025)

Better Architecture, Better Software, Better Research. - Stephan Druskat; Nasir U. Eisty; Robert Chisholm; Neil P. Chue Hong; Ryan C. Cocking; Myra B. Cohen; Michael Felderer; Lars Grunske; Sarah A. Harris; Wilhelm Hasselbring; Thomas Krause; Jan Linxweiler; et al. (Comput. Sci. Eng., 2025)

Multidimensional Research Software Categorization. - Wilhelm Hasselbring; Stephan Druskat; Jan Bernoth; Philine Betker; Michael Felderer; Stephan Ferenz; Ben Hermann; Anna-Lena Lamprecht; Jan Linxweiler; Arnau Prat; Bernhard Rumpe; Katrin Schöning-Stierand; et al. (Comput. Sci. Eng., 2025)

Naming the Pain in machine learning-enabled systems engineering. - Marcos Kalinowski; Daniel Méndez 001; Görkem Giray; Antonio Pedro Santos Alves; Kelly Azevedo; Tatiana Escovedo; Hugo Villamizar; Hélio Lopes 001; Maria Teresa Baldassarre; Stefan Wagner 001; Stefan Biffl; Jürgen Musil; et al. (Inf. Softw. Technol., 2025)

Quantum Software and Its Engineering [Focus: Guest Editors' Introduction]. - Michael Epping; Michael Felderer; Vlad Gheorghiu; Tao Yue 002 (IEEE Softw., 2025)

SmartDelta Methodology: Automated Quality Assurance and Optimization for Incremental System Engineering. - Benedikt Dornauer; Michael Felderer; Mehrdad Saadatmand; Muhammad Abbas 002; Nicolas Bonnotte; Andreas Dreschinski; Eduard Paul Enoiu; Eray Tüzün; Baykal Mehmet Uçar; Ömercan Devran; Robin Gröpler (CoRR, 2025)

Investigating Research Software Engineering: Toward RSE Research. - Michael Felderer; Michael Goedicke; Lars Grunske; Wilhelm Hasselbring; Anna-Lena Lamprecht; Bernhard Rumpe (Commun. ACM, 2025)

Fast Quantum Amplitude Encoding of Typical Classical Data. - Vittorio Pagni; Sigurd Huber; Michael Epping; Michael Felderer (CoRR, 2025)

Comparative analysis of text mining and clustering techniques for assessing functional dependency between manual test cases. - Sahar Tahvili; Leo Hatvani; Michael Felderer; Francisco Gomes de Oliveira Neto; Wasif Afzal; Robert Feldt (Softw. Qual. J., 2025)

A study on reported under-documented non-functional requirements as an indicator of technical debt. - Ezequiel Scott; Gabriela Robiolo; Santiago Matalonga; Michael Felderer; Dietmar Pfahl (Softw. Qual. J., 2025)