PhD theses in experimental software engineering

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Körperschaft: Fraunhofer-Institut für Experimentelles Software Engineering (Herausgebendes Organ)
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Sprache:eng
Veröffentlicht: Stuttgart Fraunhofer-Verl. 2000-
Stuttgart Fraunhofer-IRB-Verl. anfangs
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Titel Jahr Band
Automated fault tree analysis by composition of type-annotated component fault trees 2023 volume 73
Architecting safe eventually consistent systems 2023 volume 75
Scenario-based derivation of digital ecosystem requirements 2023 volume 72
Data-driven context modeling for the elicitation of context-aware functionalities 2023 volume 71
Modular safety analysis with dependency-aware fault trees 2023 volume 74
Supervised testing of embedded concurrent software : = Beaufsichtigtes Testen von eingebetteter nebenläufiger Software 2021 volume 70
Utilizing change impact analysis for improving effort estimation in agile software development 2020 volume 66
Role-specific views on software requirements specifications : an empirical approach 2020 volume 69
Agile practice experience repository for process improvement 2020 volume 65
Dynamic behavior risk assessment for autonomous systems 2020 volume 67
Generation of usable policy administration points for security and privacy 2020 volume 68
Context-aware security 2019 volume 63
Task-specific architecture documentation for developers 2019 volume 62
Identification and specification of hedonic quality in user requirements 2019 volume 64
Quality assurance for mobile business applications 2018 volume 61
Proactive support for conceptual interoperability analysis of software units 2018 volume 60
Qualitative Reliability Analysis of Software-Controlled Systems using State/Event Fault Trees 2017 volume 59
Empirically-based method for performing qualitative synthesis in software engineering 2017 volume 58
HyDEEP: Transparent combination of measurement and expert data for defect predictions 2017 volume 57
Improving the consistency and completeness of safety requirements specifications 2016 volume 55
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