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Automated Pattern-Based Testing of Mobile Applications.

, , and . QUATIC, page 294-299. IEEE Computer Society, (2014)

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Automated Pattern-Based Testing of Mobile Applications. University of Porto, Portugal, (2017)Mobile GUI testing., and . Softw. Qual. J., 26 (4): 1553-1570 (2018)Impact of Execution Modes on Finding Android Failures., and . ANT/SEIT, volume 83 of Procedia Computer Science, page 284-291. Elsevier, (2016)Test patterns for android mobile applications., and . EuroPLoP, page 32:1-32:7. ACM, (2015)Automated Pattern-Based Testing of Mobile Applications., , and . QUATIC, page 294-299. IEEE Computer Society, (2014)The iMPAcT Tool for Android Testing., and . PACMHCI, 3 (EICS): 4:1-4:23 (2019)The iMPAcT Tool: Testing UI Patterns on Mobile Applications., and . ASE, page 876-881. IEEE Computer Society, (2015)Testing Approach for Mobile Applications through Reverse Engineering of UI Patterns., and . ASE Workshops, page 42-49. IEEE Computer Society, (2015)GUI reverse engineering with machine learning., , , and . RAISE@ICSE, page 27-31. IEEE, (2012)