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Title Towards A Runtime Testing Framework For Dynamically Adaptable Internet Of Things Networks In Smart Cities
ID_Doc 57904
Authors Krichen M.; Lahami M.
Year 2020
Published EAI/Springer Innovations in Communication and Computing
DOI http://dx.doi.org/10.1007/978-3-030-13705-2_24
Abstract In this work, we propose a standard-based test execution platform for dynamically adaptable IoT networks in smart cities which affords a platform-independent test system for isolating and executing runtime tests. This platform uses the TTCN3 standard and considers both structural and behavioral adaptations. Moreover, our platform is equipped with a test isolation layer that reduces the risk of interference between testing processes and business processes. We also compute a minimal subset of test cases to run and efficiently distribute them among the execution nodes. The minimal subset of test cases is obtained using a smart generation algorithm which keeps old tests cases which are still valid and replaces invalid ones by new generated or updated test cases. © 2020, Springer Nature Switzerland AG.
Author Keywords Adaptable; Classification; Generation; Internet of Things; Isolation; Minimization; Runtime; Smart cities; Testing; TTCN3


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