Onboard cameras and code reading verify unmonitored railway switch positions, replacing error-prone manual reports with accurate record updates.
By verifying the nearest train before switch movement and locking, this case prevents conflicting rail switch requests and unsafe overrides.
Hierarchical section control plus direct train-to-train coordination improves rail resource sharing, timeliness, and passing capacity.
Wireless autonomous interlocking track devices eliminate centralized wiring complexity by managing route reservations directly with guided vehicles.
A central controller emulates on-board vehicle functions for unequipped railway units using trackside signals.
Optical and contact sensors detect entry markers to prevent unauthorized carriage movement into restricted zones.
A decentralized railway interlocking system uses onboard microcontrollers and wireless transceivers to manage switch positions directly from trains.
Inertial sensors replace trackside hardware to resolve GPS reliability issues in obstructed environments.