Under CopyrightDrabek, ChristianChristianDrabekWeiß, GereonGereonWeißBauer, BernhardBernhardBauer2022-03-131.6.20172017https://publica.fraunhofer.de/handle/publica/39666710.24406/publica-fhg-396667In networked embedded systems created with parts from different suppliers, deviations from the expected communication behavior often cause integration problems. Therefore, runtime verification monitors are used to detect if observed communication behavior fulfills defined correctness properties. However, in order to resume verification if unspecified behavior is observed, the runtime monitor needs a definition of the resumption. Otherwise, further deviations may be overlooked. We present a method for extending state-based runtime monitors with resumption in an automated way. This enables continuous monitoring without interruption. The method may exploit diverse resumption algorithms. In an evaluation, we show how to find the best suited resumption extension for a specific application scenario and compare the algorithms.enresumptionruntime verificationmonitorstate machinenetworked embedded systemsmodel-based621conference paper