With the development of integrated and intelligent transportation systems, the stability and
security of system performance are highly emphasized. Resilience and vulnerability are …

Cities continue to face significant challenges that test their capacity for resilience. With the
development of smart cities, there needs to be a better understanding of how the …

Efficient traffic flow is crucial for sustainable cities, as it directly impacts energy consumption,
pollution levels, and overall quality of life. The integration of superficial intelligence …

Identification of critical components in transportation networks is an essential part of
designing robust and resilient systems. Topological criticality measures are based on graph …

Recent advancements in network science showed that the topological credentials of the
elements (ie, links) in a network carry important implications. Likewise, roadway segments …

The ongoing digitization of cities, enabled by the diffusion of interconnected sensors and
devices, makes it possible to continuously collect and analyze huge streams of data at …

Continuous data streams, generated by modern sensed cities, open many opportunities and
perspectives in terms of developing new innovative services. To exploit this potential …

Transportation system has a close bearing on the prosperity of society. However,
transportation infrastructures are highly vulnerable to extreme events. Therefore, identifying …

Nowadays a large amount of data is originated by complex systems, such as social
networks, transportation systems, computer and service networks. These systems can be …

Node betweenness centrality is a reference metric to identify the most critical spots of a
network. However, its exact computation exhibits already high (time) complexity on …