Public transport networks (PTNs) undertake large amount of passenger demand in the
urban transport system. Particularly, stations in metro networks with high significance in …

How to identify critical nodes in metro networks is still an open and vital topic in complex
networks, which has been a key issue in analyzing the structural organization of a network …

Abstract Complex Network Theory can analyze the reliability of high-speed passenger traffic
networks and also evaluate node importance. This paper conducts a systematic and in …

A transportation network is an essential lifeline engineering system, and its reliability is
critical when faced with natural or man-made disasters. The reliability of the transportation …

Critical transportation cities often have a disproportionate impact on the functioning of the
transportation network, and identifying critical transportation cities may help improve the …

Considering the complexity of the urban rail transit system (URTS), it is necessary to
systematically identify the critical factors and their relationships to avoid or prevent urban rail …

Studying the topology of a rail transit network based on complex network theory is of great
significance for identifying the weak links of the network and improving the network's …

The connectivity of the rail transit stations is an effective way to evaluate the economic value
of the station. In order to explore the influence of the local structure in the complex system of …

Public transport networks (PTNs) are critical in populated and rapidly densifying cities such
as Hong Kong, Beijing, Shanghai, Mumbai, and Tokyo. Public transportation plays an …

An increasing number of studies have attempted to build a multiplex network (MN) model to
generalize the traditional network theory and have proposed various centrality measures for …