Titlebook: Runtime Verification; 19th International C Bernd Finkbeiner,Leonardo Mariani Conference proceedings 2019 Springer Nature Switzerland AG 201

半圆凿

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On the Runtime Enforcement of Timed Properties,viors described by specifications that feature timing constraints formalized in what is generally referred to as timed properties. This tutorial presents a gentle introduction to runtime enforcement (of timed properties). First, we present a taxonomy of the main principles and concepts involved in r

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Algorithms for Monitoring Hyperproperties,, for example, is a hyperproperty which states that private data should not influence the observable behavior of a system. Standard trace monitoring techniques are not applicable to such properties. In this tutorial, we summarize recent algorithmic advances in monitoring hyperproperties from logical

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Stream-Based Monitors for Real-Time Properties,o new streams of data, called output streams, which define statistical measures and verdicts on the system based on the input data. The advantage of this setup is an easy-to-use and modular way for specifying monitors with rich verdicts, provided with formal guarantees on the complexity of the monit

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Silent-Ischemia

Tidious

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Assumption-Based Runtime Verification with Partial Observability and Resets,he framework to monitor partially observable systems using models of the system under scrutiny (SUS) as assumptions for reasoning on the non-observable or future behaviors of the SUS. The observations are general predicates over the SUS, thus both static and dynamic sets of observables are supported

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Decentralized Stream Runtime Verification,t communicate via a synchronous network, a communication setting common in many cyber-physical systems like automotive CPSs. Previous approaches to decentralized monitoring were restricted to logics like LTL logics that provide Boolean verdicts. We solve here the decentralized monitoring problem for

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Explaining Violations of Properties in Control-Flow Temporal Logic,m of . why a run does or does not satisfy the property. We look at this problem in the context of CFTL, a low-level temporal logic. Our main contribution is a method for reconstructing representative execution paths, separating them into . and . paths, and producing . explaining their differences. T