Suitability analysis of CSP- and SMT-solvers for test case generation. - Hermann Felbinger; Christian Schwarzl (CSTVA, 2014)

Test Suite Quality Assessment Using Model Inference Techniques. - Hermann Felbinger (ICST, 2015)

Empirical study of correlation between mutation score and model inference based test suite adequacy assessment. - Hermann Felbinger; Franz Wotawa; Mihai Nica (AST@ICSE, 2016)

Test-Suite Reduction Does Not Necessarily Require Executing the Program under Test. - Hermann Felbinger; Franz Wotawa; Mihai Nica (QRS Companion, 2016)

Classifying Test Suite Effectiveness via Model Inference and ROBBDs. - Hermann Felbinger; Ingo Pill; Franz Wotawa (TAP@STAF, 2016)

Mutation Score, Coverage, Model Inference: Quality Assessment for T-Way Combinatorial Test-Suites. - Hermann Felbinger; Franz Wotawa; Mihai Nica (ICST Workshops, 2017)

A "Strength of Decision Tree Equivalence"-Taxonomy and Its Impact on Test Suite Reduction. - Hermann Felbinger; Ingo Pill; Franz Wotawa (ICTSS, 2017)

Adapting Unit Tests by Generating Combinatorial Test Data. - Hermann Felbinger; Franz Wotawa; Mihai Nica (ICST Workshops, 2018)

Comparing two systematic approaches for testing automated driving functions. - Hermann Felbinger; Florian Klück; Yihao Li; Mihai Nica; Jianbo Tao; Franz Wotawa; Martin Zimmermann 007 (ICCVE, 2019)

On the Industrial Application of Combinatorial Testing for Autonomous Driving Functions. - Jianbo Tao; Yihao Li; Franz Wotawa; Hermann Felbinger; Mihai Nica (ICST Workshops, 2019)

On Using k-means Clustering for Test Suite Reduction. - Nour Chetouane; Franz Wotawa; Hermann Felbinger; Mihai Nica (ICST Workshops, 2020)

Finding Critical Scenarios for Automated Driving Systems: A Systematic Literature Review. - Xinhai Zhang; Jianbo Tao; Kaige Tan; Martin Törngren; José Manuel Gaspar Sánchez; Muhammad Rusyadi Ramli; Xin Tao 003; Magnus Gyllenhammar; Franz Wotawa; Naveen Mohan; Mihai Nica; Hermann Felbinger (CoRR, 2021)

Finding Critical Scenarios for Automated Driving Systems: A Systematic Mapping Study. - Xinhai Zhang; Jianbo Tao; Kaige Tan; Martin Törngren; José Manuel Gaspar Sánchez; Muhammad Rusyadi Ramli; Xin Tao 003; Magnus Gyllenhammar; Franz Wotawa; Naveen Mohan; Mihai Nica; Hermann Felbinger (IEEE Trans. Software Eng., 2023)