The aim of this chapter is to act as a primer for those wanting to learn about Runtime
Verification (RV). We start by providing an overview of the main specification languages …

Runtime verification is an area of formal methods that studies the dynamic analysis of
execution traces against formal specifications. Typically, the two main activities in runtime …

Very early runtime verification systems focused on monitoring what we can refer to as
propositional events: just names of events. For this, finite state machines, standard regular …

This paper considers a generic approach to runtime verification of temporal properties over
first-order theories. This allows especially for the verification of multi-threaded, object …

Runtime Verification studies how to check a run of a system against a formal specification,
typically expressed in some temporal logic. A monitor must produce a verdict at each step …

Linear temporal logic (LTL) and its quantitative extension metric temporal logic (MTL) are
standard languages for specifying system behaviors. Regular expressions are an even more …

Although effect handlers offer a versatile abstraction for user-defined effects, they produce
complex and less restricted execution traces due to the composable non-local control flow …

Two-player quantitative zero-sum games provide a natural framework to synthesize
controllers with performance guarantees for reactive systems within an uncontrollable …

Controller synthesis is pivotal in automating control system design from formal specifications
and enhancing industrial system verification and optimization processes. This paper …

In Part I, we introduce logics for specifying epistemic protocols including their goals and their
dynamics. Chapter 3 departures from the existing discussions about protocols in the field of …