Titlebook: Runtime Verification; 7th International Wo Oleg Sokolsky,Serdar Ta??ran Conference proceedings 2007 Springer-Verlag Berlin Heidelberg 2007

PET-scan

Cumbersome

吃掉

Debate

From Runtime Verification to Evolvable Systemsisory component and its supervisee. Here, we extend our prior work on a revision-based logical modelling framework for such systems to incorporate programs within each component. We describe mechanisms for combining programs, possibly in different languages, from separate components and outline an o

Temporal-Lobe

Rule Systems for Run-Time Monitoring: From , to ,ive trace-checking scheme via stepwise transformation of an . monitoring formula was defined and implemented. However, application in real-world examples has shown efficiency weaknesses, especially those associated with large-scale symbolic formula manipulation. In this paper, after briefly reviewin

GUMP

確定的事

Translation Validation of System Abstractionsfficult to see whether they are valid. However, for using abstraction in model checking it has to be ensured that properties are preserved. In this paper, we use a translation validation approach to verify property preservation of system abstractions. We formulate a correctness criterion based on si

安裝

過剩

Statistical Runtime Checking of Probabilistic Propertiesf deadline misses under a threshold. Since probabilistic systems may behave differently from their probabilistic models depending on their current environments, checking the systems at runtime can provide another level of assurance for their probabilistic correctness. This paper presents a statistic

混合,攙雜

Temporal Assertions with Parametrised Propositions approach is extended from event-based to set-based states, and the design-space of quantification is discussed. By introducing a binary operator that . values based on the current state, we can dispense with the static analysis of a formula. The binding semantics of propositions containing quantifi