AbstractNowadays the rail transit is playing an increasingly important role in urban passenger trip, Meanwhile, its efficiency and reliability has been very concerned. With the tool of complex network theories, the network characteristic parameters of subway system are provided in this paper. And then the complex network models are established based on the method of space L and space P. In the case study of Wuhan city, the empirical result shows that the subway network is a scale-free network. Stability under the failure of the subway network is also analyzed. Then we define a new parameter to evaluate the important degree of one node in the subway network, which has great meaning in finding the most vital nodes (stations) and ensuring the ...
The complexity and resilience of urban public transit network (PTN) are the interdisciplinary study ...
With increasing passenger flows and construction scale, Shanghai rail transit system (RTS) has enter...
How to qualitatively and quantitatively evaluate the ability of the whole subway system to maintain ...
AbstractNowadays the rail transit is playing an increasingly important role in urban passenger trip,...
It is to provide decision support for later planning of metro network. Firstly, the space-L method i...
In recent years, many researchers have applied complex network theory to urban public transport netw...
Based on the complex network theory, we established a topological network of the Beijing subway unde...
AbstractAs traffic congestion becoming increasingly prominent, more and more cities begin to focus o...
The complex network characteristic of the planned subway station system is of great significance to ...
In order to explore changes in accessibility and connectivity of urban traffic network before and af...
In this study, to explore the co-opetition (competition–cooperation) relationship between urban subw...
This paper selects Changsha as a case study and constructs the models of the subway network and the ...
Urban Rail Transit is an important part of the public transit, it is necessary to carry out the corr...
Many cities in China have opened a subway, which has become an important part of urban public transp...
With the construction of new lines, urban rail transit network continues to expand. It is beneficial...
The complexity and resilience of urban public transit network (PTN) are the interdisciplinary study ...
With increasing passenger flows and construction scale, Shanghai rail transit system (RTS) has enter...
How to qualitatively and quantitatively evaluate the ability of the whole subway system to maintain ...
AbstractNowadays the rail transit is playing an increasingly important role in urban passenger trip,...
It is to provide decision support for later planning of metro network. Firstly, the space-L method i...
In recent years, many researchers have applied complex network theory to urban public transport netw...
Based on the complex network theory, we established a topological network of the Beijing subway unde...
AbstractAs traffic congestion becoming increasingly prominent, more and more cities begin to focus o...
The complex network characteristic of the planned subway station system is of great significance to ...
In order to explore changes in accessibility and connectivity of urban traffic network before and af...
In this study, to explore the co-opetition (competition–cooperation) relationship between urban subw...
This paper selects Changsha as a case study and constructs the models of the subway network and the ...
Urban Rail Transit is an important part of the public transit, it is necessary to carry out the corr...
Many cities in China have opened a subway, which has become an important part of urban public transp...
With the construction of new lines, urban rail transit network continues to expand. It is beneficial...
The complexity and resilience of urban public transit network (PTN) are the interdisciplinary study ...
With increasing passenger flows and construction scale, Shanghai rail transit system (RTS) has enter...
How to qualitatively and quantitatively evaluate the ability of the whole subway system to maintain ...