Train rescheduling in a major disruption on a high-speed railway network with seat reservation

In this paper, we develop a method of real-time train rescheduling on double-track high-speed railway lines undergoing major disruption. As a result, trains approaching the disrupted area cannot use the blocked tracks and must be efficiently rescheduled. As most tracks in a high-speed railway statio...

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Published inTransportmetrica (Abingdon, Oxfordshire, UK) Vol. 18; no. 3; pp. 532 - 567
Main Authors Zhan, Shuguang, Wong, S. C., Shang, Pan, Lo, S. M.
Format Journal Article
LanguageEnglish
Published Abingdon Taylor & Francis 02.12.2022
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Abstract In this paper, we develop a method of real-time train rescheduling on double-track high-speed railway lines undergoing major disruption. As a result, trains approaching the disrupted area cannot use the blocked tracks and must be efficiently rescheduled. As most tracks in a high-speed railway station can be shared by trains arriving from both directions, we reschedule both inbound and outbound trains simultaneously by allowing them to share sidings. Based on a space-time network, an integer linear programming (ILP) model is formulated to minimize the train-deviation cost. As the ILP model is difficult to solve for real-world problems, we decompose it into many easy-to-solve subproblems by the alternating direction method of multipliers (ADMM) algorithm. Our model is tested on an abstract representation of the Chinese high-speed railway system to illustrate both the benefit of rescheduling trains in both directions simultaneously and the efficiency of the ADMM algorithm in train rescheduling.
AbstractList In this paper, we develop a method of real-time train rescheduling on double-track high-speed railway lines undergoing major disruption. As a result, trains approaching the disrupted area cannot use the blocked tracks and must be efficiently rescheduled. As most tracks in a high-speed railway station can be shared by trains arriving from both directions, we reschedule both inbound and outbound trains simultaneously by allowing them to share sidings. Based on a space-time network, an integer linear programming (ILP) model is formulated to minimize the train-deviation cost. As the ILP model is difficult to solve for real-world problems, we decompose it into many easy-to-solve subproblems by the alternating direction method of multipliers (ADMM) algorithm. Our model is tested on an abstract representation of the Chinese high-speed railway system to illustrate both the benefit of rescheduling trains in both directions simultaneously and the efficiency of the ADMM algorithm in train rescheduling.
Author Lo, S. M.
Zhan, Shuguang
Wong, S. C.
Shang, Pan
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Snippet In this paper, we develop a method of real-time train rescheduling on double-track high-speed railway lines undergoing major disruption. As a result, trains...
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SubjectTerms Algorithms
alternating direction method of multipliers
Disruption
High speed rail
High-speed railway
integer linear programming
Integer programming
Linear programming
Rail transportation
Railway stations
Railway tracks
Railways
Rescheduling
Seat reservation
train rescheduling
Title Train rescheduling in a major disruption on a high-speed railway network with seat reservation
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