Code Coverage Measurement Framework for Android Devices. - Ferenc Horváth; Szabolcs Bognár; Tamás Gergely; Róbert Rácz; Árpád Beszédes; Vladimir Marinkovic (Acta Cybern., 2014)

Supporting software product line testing by optimizing code configuration coverage. - László Vidács; Ferenc Horváth; József Mihalicza; Béla Vancsics; Árpád Beszédes (ICST Workshops, 2015)

Test suite evaluation using code coverage based metrics. - Ferenc Horváth; Béla Vancsics; László Vidács; Árpád Beszédes; Dávid Tengeri; Tamás Gergely; Tibor Gyimóthy (SPLST, 2015)

Structural Information Aided Automated Test Method for Magic 4GL. - Ferenc Horváth; Tamás Gergely (Acta Cybern., 2015)

Negative Effects of Bytecode Instrumentation on Java Source Code Coverage. - Dávid Tengeri; Ferenc Horváth; Árpád Beszédes; Tamás Gergely; Tibor Gyimóthy (SANER, 2016)

Assessing the Test Suite of a Large System Based on Code Coverage, Efficiency and Uniqueness. - László Vidács; Ferenc Horváth; Dávid Tengeri; Árpád Beszédes (VST@SANER, 2016)

Supporting Product Line Adoption by Combining Syntactic and Textual Feature Extraction. - András Kicsi; László Vidács; Viktor Csuvik; Ferenc Horváth; Árpád Beszédes; Ferenc Kocsis (ICSR, 2018)

Analysis of Static and Dynamic Test-to-code Traceability Information. - Tamás Gergely; Gergö Balogh; Ferenc Horváth; Béla Vancsics; Árpád Beszédes; Tibor Gyimóthy (Acta Cybern., 2018)

Leveraging contextual information from function call chains to improve fault localization. - Árpád Beszédes; Ferenc Horváth; Massimiliano Di Penta; Tibor Gyimóthy (ICSE (Companion Volume), 2019)

Poster: Aiding Java Developers with Interactive Fault Localization in Eclipse IDE. - Gergö Balogh; Ferenc Horváth; Árpád Beszédes (ICST, 2019)

Feature analysis using information retrieval, community detection and structural analysis methods in product line adoption. - András Kicsi; Viktor Csuvik; László Vidács; Ferenc Horváth; Árpád Beszédes; Tibor Gyimóthy; Ferenc Kocsis (J. Syst. Softw., 2019)

Differences between a static and a dynamic test-to-code traceability recovery method. - Tamás Gergely; Gergö Balogh; Ferenc Horváth; Béla Vancsics; Árpád Beszédes; Tibor Gyimóthy (Softw. Qual. J., 2019)

Code coverage differences of Java bytecode and source code instrumentation tools. - Ferenc Horváth; Tamás Gergely; Árpád Beszédes; Dávid Tengeri; Gergö Balogh; Tibor Gyimóthy (Softw. Qual. J., 2019)

Experiments with Interactive Fault Localization Using Simulated and Real Users. - Ferenc Horváth; Árpád Beszédes; Béla Vancsics; Gergö Balogh; László Vidács; Tibor Gyimóthy (ICSME, 2020)

Call Frequency-Based Fault Localization. - Béla Vancsics; Ferenc Horváth; Attila Szatmári; Árpád Beszédes (SANER, 2021)

Interacting with interactive fault localization tools. - Ferenc Horváth; Gergö Balogh; Attila Szatmári; Qusay Idrees Sarhan; Béla Vancsics; Árpád Beszédes (A-TEST@ESEC/SIGSOFT FSE, 2022)

Using contextual knowledge in interactive fault localization. - Ferenc Horváth; Árpád Beszédes; Béla Vancsics; Gergö Balogh; László Vidács; Tibor Gyimóthy (Empir. Softw. Eng., 2022)

Fault localization using function call frequencies. - Béla Vancsics; Ferenc Horváth; Attila Szatmári; Árpád Beszédes (J. Syst. Softw., 2022)

A Case Against Coverage-Based Program Spectra. - Péter Attila Soha; Tamás Gergely; Ferenc Horváth; Béla Vancsics; Árpád Beszédes (ICST, 2023)

Context Switch Sensitive Fault Localization. - Ferenc Horváth; Roland Aszmann; Péter Attila Soha; Árpád Beszédes; Tibor Gyimóthy (EASE, 2024)

On the Stability and Applicability of Deep Learning in Fault Localization. - Viktor Csuvik; Roland Aszmann; Árpád Beszédes; Ferenc Horváth; Tibor Gyimóthy (SANER, 2024)