We present MCMAS, a model checker for the verification of multi-agent systems. MCMAS
supports efficient symbolic techniques for the verification of multi-agent systems against …

Parameterized model checking is an active research field that considers automated
verification of distributed or concurrent systems, for all numbers of participating processes. In …

Strategy Logic (SL) has recently come to the fore as a useful specification language to
reason about multi-agent systems. Its one-goal fragment, or SL [1G], is of particular interest …

We study the problem of verifying role-based multi-agent systems, where the number of
components cannot be determined at design time. We give a semantics that captures …

Given the increasing calls for AI to be trustworthy and explainable there has been growing
attention to issues of safety and reliability in the context of AI systems. Indeed, over the past …

We study parameterised verification of robot swarms against temporal-epistemic
specifications. We relax some of the significant restrictions assumed in the literature and …

We investigate the general problem of establishing whether a swarm satisfies an emergent
property. We put forward a formal model for swarms that accounts for their nature of …

This paper outlines some of the key methods we developed towards the formal verification of
multiagent systems, covering both symbolic and connectionist systems. It discusses logic …

We develop a technique to evaluate the faulttolerance of a multi-agent system whose
number of agents is unknown at design time. We present a method for injecting a variety of …

We study the problem of analysing the security for an unbounded number of concurrent
sessions of a cryptographic protocol. Our formal model accounts for an arbitrary number of …