Identifying critical nodes in transportation networks is vital for effective maintenance and
management. While conventional methods rely on topological features alone, they often …

The identification of important nodes with strong propagation capabilities in road networks is
a vital topic in urban planning. Existing methods for evaluating the importance of nodes in …

With the ability to acquire and process large-scale traffic big data, a cooperative intelligent
transport system can be realized. Identifying important nodes in a traffic network contributes …

The topology of transportation networks such as road and rail networks determines the
efficiency and effectiveness of the corresponding transport systems. Quantifying the relative …

Traffic congestion is a significant challenge in modern cities, leading to economic losses,
environmental pollution, and inconvenience for the public. Identifying critical road links in a …

In this paper, we propose a transportation network efficiency measure that can be used to
assess the performance of a transportation network and which differs from other proposed …

The key nodes in a complex transportation network have a significant influence on the safety
of traffic operations, connectivity reliability, and the performance of the entire network …

Traditional methods to identify the important nodes are suitable for single networks.
However, many real-world networks are coupled together, which can be modeled by multi …

Public transportation infrastructure is a typical, complex, coupled network that is usually
composed of connected bus lines and subway networks. This study proposes an entropy …

This study proposes a new method to determine node importance, which considers
betweenness, the average shortest paths and the largest network connected sub-graph …