Over the past two decades, complex network theory provided the ideal framework for
investigating the intimate relationships between the topological properties characterizing the …

In the past years, network theory has successfully characterized the interaction among the
constituents of a variety of complex systems, ranging from biological to technological, and …

A traffic network can be viewed as a geometric graph with the nodes representing traffic
infrastructures and the edges standing for the links between these nodes. In order to reduce …

In the last years, studies on the vulnerability of public transport networks attract a growing
attention because of the repercussions that incidents can have on the day-to-day functioning …

In this paper, a dynamic and stochastic notion of public transport network vulnerability is
developed. While previous studies have considered only the network topology, the granular …

Public transport networks (PTN) are subject to recurring service disruptions. Most studies of
the robustness of PTN have focused on network topology and considered vulnerability in …

Synchronization in time-varying complex dynamical systems has been explored in a variety
of different coupling topologies during the last two decades. In most of the previous cases …

A large class of engineered and natural systems, ranging from transportation networks to
neuronal networks, are best represented by multiplex network architectures, namely a …

A common argument for introducing new links or services to transport networks is that they
will contribute to greater capability to withstand system breakdowns. This paper presents a …

Network risk assessment takes into consideration the probability that adverse events occur
and the impacts of such disruptions on network functionality. In the context of transport …