TRANSPORT ORGANIZATION AND OPERATIONAL DISPATCHING

Transport organization and operational dispatching

Coordination among departure times, section running times and transport demand, with emphasis on timetabling, line capacity and service adjustment.

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Planning model of maglev and wheel-rail corridors with an interchange
Research concept illustration

01 / OVERVIEW

Research overview

Transport demand and line conditions shape departure and section running times, connecting timetable design, line capacity and operating adjustments.

KEY QUESTIONS

  1. 1How should service patterns respond to transport demand?
  2. 2How should departure and section running times be set?
  3. 3How can timetable-based line capacity be assessed?
  4. 4How should operating plans be adjusted as conditions change?

02 / RESEARCH CONTENT

Research content

MODULE / 01

Transport demand

Relations between demand and service organization.

MODULE / 02

Timetable design

Departure times, section running times and service patterns.

MODULE / 03

Line capacity

Capacity assessment under timetable conditions.

MODULE / 04

Operating adjustment

Dispatching and plan adjustment as conditions change.

03 / RESEARCH METHODS

Research methods

M / 01

Formal modeling

M / 02

Layered optimization

M / 03

Dynamic programming

M / 04

Mixed-integer programming

M / 05

Simulation analysis

04 / SELECTED PUBLICATIONS

Selected publications

Towards sustainable maglev operations: eco-driving via position-dependent motor characteristics
Paper / 01

Towards sustainable maglev operations: eco-driving via position-dependent motor characteristics

Transportation Research Part D: Transport and Environment, 154: 105257

2026

Maglev Train Operation Optimization
Book / 02

Maglev Train Operation Optimization

China Railway Publishing House · ISBN 978-7-113-31865-9

2025

Energy-efficient operation of medium-speed maglev through integrated traction and train control
Paper / 03

Energy-efficient operation of medium-speed maglev through integrated traction and train control

IET Intelligent Transport Systems, 18(2): 409–431

2024

Energy-efficient train timetabling for a medium-speed maglev line considering propulsion and suspension energy consumption
Paper / 04

Energy-efficient train timetabling for a medium-speed maglev line considering propulsion and suspension energy consumption

IET Intelligent Transport Systems, 17(9): 1860–1878

2023

“Demand, departure times and section running times are the core variables of maglev transport organization.”