Evaluating trust in Multi-Agent Systems (MASs) is of prime importance for the success of
agent-based applications where agents interact and operate in uncertain and dynamic …

Model-checking is a methodology developed in computer science to automatically assess
the dynamics of discrete systems, by checking if a system modelled as a state-transition …

This paper presents the linear temporal logic of rewriting (LTLR) model checker under
localized fairness assumptions for the Maude system. The linear temporal logic of rewriting …

This paper defines a temporal logic for reaction systems (rsCTL). The logic is interpreted
over the models for the context restricted reaction systems that generalise standard reaction …

This paper presents the temporal logic of rewriting TLR^∗. Syntactically, TLR^∗ is a very
simple extension of CTL^∗ which just adds action atoms, in the form of spatial action …

Social commitments have been extensively and effectively used to represent and model
business contracts among autonomous agents having competing objectives in a variety of …

Though modeling and verifying Multi-Agent Systems (MASs) have long been under study,
there are still challenges when many different aspects need to be considered …

Although several approaches have been proposed to specify multi-agent commitment-
based protocols that capture flexible and rich interactions among autonomous and …

We show that the problem of model checking multidimensional modal logics can be reduced
to the problem of model checking ARCTL, an extension of the temporal logic CTL with action …

Using model checking to verify that interaction protocols have given properties is widely
recognized as an important issue in multi-agent systems where autonomous and …