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Continuous Integration of architectural Performance Models (CIPM) integrates automated model updates into CI/CD pipelines to maintain up-to-date architectural Performance Models, enabeling accurate Architecture-based Performance Predictions throughout a software system's lifecycle.
The presented thesis tackles two key challenges in CIPM generalisability research: It presents (1) a semi-automated approach for selecting suitable evaluation cases to investigate CIPM's generalisability, and (2) an analysis of dynamically typed languages’ impact on Code Model (CM) generation in CIPM, based on an extension of the Lua CM generator.
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