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 …

Robustness is one of the most important performance criteria for any rail transit network
(RTN), because it helps us enhance the efficiency of RTN. Several studies have addressed …

This paper constructs an urban railway network (URN) as a directed weighted network at
different times and studies the dynamic network robustness against the fluctuation of …

An urban metro network is susceptible to becoming vulnerable and difficult to recover
quickly in the face of an unexpected attack on account of the system's complexity and the …

The rail transit has difficulties in meeting daily travel needs of passengers owing to a large
population and accelerating urbanization. Analyzing urban travel behaviors with big data …

As the scale of urban rail transit (URT) networks expands, the study of URT resilience is
essential for safe and efficient operations. This paper presents a comprehensive review of …

With increasing passenger flows and rapid urbanization, the Mass Transit Railway (MTR)
systems in Hong Kong have entered into an era of complex networking operation, which …

The integration of subway and bus networks has become an effective solution to reduce the
growing congestion. This study presents a practical scheme of multiple subway line design …

Robustness of complex networks has attracted much attention in diverse disciplines. Most of
previous studies did not consider the attack cost. In this paper, the network robustness is …

In this paper, we analyze metro cascading failure induced by load fluctuation and present a
robust station capacity assignment method. A cascading failure model is proposed by …