Zur Anwendung graphentheoretischer Verfahren bei der Modularisierung von Fehlerbäumen. - Leonidas Camarinopoulos; Günter Becker (Angew. Inform., 1985)

Eine datenorientierte Untersuchung zur Quantifizierung von Software-Zuverlässigkeit / A Research on the Quantification of Software Reliability Oriented on Data. - Günter Becker; Leonidas Camarinopoulos (it Inf. Technol., 1987)

Ein Verfahren zur Bestimmung der Software- Zuverlässigkeit aufgrund eines bestandenen Abnahmetests/ A Method to Determine Software Reliability Based on a Successful Final Test. - Günter Becker; Leonidas Camarinopoulos (it Inf. Technol., 1989)

Softwarezuverlässigkeit: quantitative Modelle und Nachweisverfahren. - Günter Becker (de Gruyter, 1989)

A Bayesian Estimation Method for the Failure Rate a Possibly Correct Program. - Günter Becker; Leonidas Camarinopoulos (IEEE Trans. Software Eng., 1990)

A semi-Markovian model allowing for inhomogenities with respect to process time. - Günter Becker; Leonidas Camarinopoulos; George Zioutas (Reliab. Eng. Syst. Saf., 2000)

Simultaneous optimisation of test and maintenance intervals of given components using non-homogenous semi-Markov models. - Günter Becker; Janet Nagel; Leonidas Camarinopoulos; George Zioutas (J. Oper. Res. Soc., 2001)

Dynamic reliability under random shocks. - Günter Becker; Leonidas Camarinopoulos; Dimitris Kabranis (Reliab. Eng. Syst. Saf., 2002)

Two-stage Bayesian models - application to ZEDB project. - Cornel Bunea; Theodore Charitos; Roger M. Cooke; Günter Becker (Reliab. Eng. Syst. Saf., 2005)

Reply to J.K. Vaurio concerning: Two-stage Bayesian models - application to ZEDB project: Reliab Eng Syst Saf, 2005; 90 (2-3); 123-30. - Cornel Bunea; Theodore Charitos; Roger M. Cooke; Günter Becker (Reliab. Eng. Syst. Saf., 2007)

UNCOVER: Data-Driven Design Support through Continuous Monitoring of Security Incidents. - Matthias Stammler; Julian Lorenz; Eric Sax; Jürgen Becker 001; Matthias Hamann; Patrick Bidinger; Andreas Dewald; Paraskevi Georgouti; Alexios Camarinopoulos; Günter Becker; Klaus Finsterbusch; Maximilian Kirschner; et al. (DATE, 2024)