Research and Implementation of Synchronization Strategy for Fault Data between Smart Human-machine Interface and Handheld Terminals in High-Speed EMU
To optimize the operational safety of high-speed trains and enhance the emergency handling capabilities of onboard mechanics,a mechanism for synchronized handling of fault diagnosis,predictive warnings,and image alarms between smart human-machine interface and handheld terminals is proposed for high-speed trains.This mechanism ensures data consistency and accuracy at the system architecture level.Through actual deployment and testing,it has been verified that onboard mechanics can obtain real-time information regarding train fault diagnosis,predictive warnings,and image alarms through handheld terminals and that the consistency of data between smart human-machine interface and handheld terminals is maintained.This further improves emergency handling efficiency and enhances operational safety.
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