Centrality analysis for railway network planning: constrained measures for High Speed

• A ‘what if’ approach for High-Speed Rail line planning combining transport supply models and Network Analysis. • Classic 'line-based' approach to the transformation of an l -space transport network into P-space. • Development of weighted topology and time constraint centrality measures for High Speed Train (HST) services network. • Synthetic measures to support transport policy in formulating and evaluating high-speed line planning. • Current limitations of the HST services in Italy and synthetic elements for formulating future scenarios. High-Speed Rail (HSR) represents a sustainable travel option for serving passenger mobility at a medium–long distances. This research concerns the analysis of HSR with specific reference to transport services at a national territorial scale. The Transport System Models (TSM) lack the capacity to generate synthetic measures and indicators of the transport supply structure. This paper proposes to combine classical TSM approaches and network analysis (NA) focusing on two main research's issues: a) the possibility to develop a method based on NA to study the structure and topology of High-Speed Train (HST) service networks, using classical TSM approach; b) the necessity to specify appropriate centrality measures for a ‘line-based’ transport system. According to the two research’s issues, the paper has two main objectives: 1) to propose a criterion for extending, in a systematic way, NA tool to HST services, combining them with TSM approach; 2) to propose an advancement of centrality measures for analysing the level of connectivity between selected territories, by introducing temporal constraints that influence the quality of the connections served by the HSR. Classical and constrained centrality measures can support the planning of lines and their characteristics (e.g., travel times and frequencies). The proposed methodology is applied in a prototypal case study, for analyzing in a synthetical way the HST services available in Italy. The paper interests public and private decision-makers who want to design, formulate and evaluate a national organisation of HST services.

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Publication Details

Journal
Transportation Engineering
Published
2025-10-04
DOI
https://doi.org/10.1016/j.treng.2025.100393
Citations
2
Primary Topic
Transportation Planning and Optimization
Type
article
Field-Weighted Citation Impact
4.35
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article

Centrality analysis for railway network planning: constrained measures for High Speed

Corrado Rindone, Paola Russo
2 citations
Transportation Engineering
Transportation Planning and Optimization
4.35
article

Centrality analysis for railway network planning: constrained measures for High Speed

Corrado Rindone, Paola Russo
article en
2 citations

Abstract

• A ‘what if’ approach for High-Speed Rail line planning combining transport supply models and Network Analysis. • Classic 'line-based' approach to the transformation of an l -space transport network into P-space. • Development of weighted topology and time constraint centrality measures for High Speed Train (HST) services network. • Synthetic measures to support transport policy in formulating and evaluating high-speed line planning. • Current limitations of the HST services in Italy and synthetic elements for formulating future scenarios. High-Speed Rail (HSR) represents a sustainable travel option for serving passenger mobility at a medium–long distances. This research concerns the analysis of HSR with specific reference to transport services at a national territorial scale. The Transport System Models (TSM) lack the capacity to generate synthetic measures and indicators of the transport supply structure. This paper proposes to combine classical TSM approaches and network analysis (NA) focusing on two main research's issues: a) the possibility to develop a method based on NA to study the structure and topology of High-Speed Train (HST) service networks, using classical TSM approach; b) the necessity to specify appropriate centrality measures for a ‘line-based’ transport system. According to the two research’s issues, the paper has two main objectives: 1) to propose a criterion for extending, in a systematic way, NA tool to HST services, combining them with TSM approach; 2) to propose an advancement of centrality measures for analysing the level of connectivity between selected territories, by introducing temporal constraints that influence the quality of the connections served by the HSR. Classical and constrained centrality measures can support the planning of lines and their characteristics (e.g., travel times and frequencies). The proposed methodology is applied in a prototypal case study, for analyzing in a synthetical way the HST services available in Italy. The paper interests public and private decision-makers who want to design, formulate and evaluate a national organisation of HST services.

Transportation EngineeringVol. 22
Università degli Studi di Enna Kore (IT), University of Reggio Calabria (IT)
Openalex Percentile: Top 6%
Transportation Planning and Optimization
4.35
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