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This document outlines key methodologies and approaches used in software testing, particularly in the context of master programs and research projects. It highlights the importance of stress testing in identifying errors and determining the probability of error absence based on test run data. Contributions from notable researchers such as Kees van Hee and Jan Friso Groote emphasize model-based integration and testing, specifically in high-tech products. The text serves as a valuable resource for understanding testing paradigms and their application in complex software systems.
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TU/esting Jos Baeten 21-06-2005
Classes • Class in Master programs (obligatory) Software Testing – Judi Romijn
release testing n3 #runs n2 n1 time Stress (NWO project) Give probability of absence of errors, based on number of test runs until error found Kees van Hee Jan Friso Groote Sandro Di Bucchianico
FM group History: • Côte-de-Resyste Loe Feijs Nico Goga: Thesis • TT-Medal
Tangram (ESI project: ASML) Model-based integration and testing of complex high-tech products