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Onboard Train control and communication systems for high-efficiency railway systems

Tadashi Takaoka, Korefumi Tashiro, Toshiro Sasaki, Toshihide Uchimura

Open publisher page 1 citations

Abstract

Year after year railway transportation systems are facing increasingly strict demands, such as greater transport capacity, lower life cycle cost, and higher safety. To meet such demands, future technology will tend toward a change of the train control system to determine the railway system operation framework. This will include single-step brake control (distance-to-stop control) instead of the current speed step control, as well as onboard detection of the train position instead of the current track circuit detection (fixed block). Therefore, a new train control system must be developed with more intelligent subsystems, such as Automatic Train Protection (ATP), Automatic Train Operation (ATO) andAutonomous Train Integration (ATI), organically combining them to closely cooperate with the ground facilities.

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What this paper is about

Year after year railway transportation systems are facing increasingly strict demands, such as greater transport capacity, lower life cycle cost, and higher safety. To meet such demands, future technology will tend toward a change of the train control system to determine the railway system operation framework. This will include single-step brake control (distance-to-stop control) instead of the current speed step control, as well as onboard detection of the train position instead of the current track circuit detection (fixed block). Therefore, a new train control system must be developed with more intelligent subsystems, such as Automatic Train Protection (ATP), Automatic Train Operation (ATO) andAutonomous Train Integration (ATI), organically combining them to closely cooperate with the ground facilities.

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Available abstract

Year after year railway transportation systems are facing increasingly strict demands, such as greater transport capacity, lower life cycle cost, and higher safety. To meet such demands, future technology will tend toward a change of the train control system to determine the railway system operation framework. This will include single-step brake control (distance-to-stop control) instead of the current speed step control, as well as onboard detection of the train position instead of the current track circuit detection (fixed block). Therefore, a new train control system must be developed with more intelligent subsystems, such as Automatic Train Protection (ATP), Automatic Train Operation (ATO) andAutonomous Train Integration (ATI), organically combining them to closely cooperate with the ground facilities.

Key concepts: Track circuit, Automatic train control, Engineering, Track (disk drive), Control system, Brake, Block (permutation group theory), Control (management)

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