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Industrial Scaled Automated Structural Testing with the Evolutionary Testing Tool.

, , , , , and . ICST, page 175-184. IEEE Computer Society, (2010)

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Klassifikationsbäume als Testrahmen für den Modultest automatisiert erzeugen., and . Softwaretechnik-Trends, (2015)Excellence in variant testing., , and . VaMoS, page 12:1-12:2. ACM, (2020)Comparison of Approaches to Prioritized Test Generation for Combinatorial Interaction Testing., and . FedCSIS, page 1323-1330. (2012)Runtime Prioritization with the Classification Tree Method for Test Automation., and . ICST Workshops, page 376-379. IEEE, (2020)Combinatorial Testing in an Industrial Environment - Analyzing the Applicability of a Tool., , , , and . QUATIC, page 210-215. IEEE Computer Society, (2014)Evaluating applicability of combinatorial testing in an industrial environment: a case study., , , and . JAMAICA@ISSTA, page 7-12. ACM, (2013)Automating Test Case Design within the Classification Tree Editor., and . FedCSIS, volume 2 of Annals of Computer Science and Information Systems, page 1585-1590. (2014)Combining profiling and monitoring to analyze test coverage and identify performance problems., and . EAI Endorsed Trans. Ubiquitous Environ., 3 (11): e5 (2016)Test Design with the Classification Tree Method in Presence of Variants., and . ICST Workshops, page 487-490. IEEE, (2020)Systematic Testing of Web Applications with the Classification Tree Method., , and . CIbSE, page 219-232. Curran Associates, (2014)