Linkage control system and linkage control method

Abstract

The invention discloses a linkage control system and a linkage control method. The linkage control system comprises a scene management unit, a trigger management unit and an execution management unit,wherein the scene management unit is used for providing an interface for defining linkage actions and linkage scenes for users and outputting linkage scenes defined by the users to the trigger management unit; the linkage scenes respectively comprise a linkage trigger condition, a linkage execution manner and a linkage action quotation; the trigger management unit is used for receiving the linkage scenes from the scene management unit, judging whether the linkage trigger conditions of the linkage scenes are satisfied or not, notifying the execution management unit if the linkage trigger conditions are satisfied, receiving execution state changes from the execution management unit and updating the states of corresponding linkage scenes; and the execution management unit is used for receiving a notification of the trigger management unit, generating corresponding linkage actions, executing the linkage actions according to the linkage execution manner and feeding the execution state change of each linkage action back to the trigger management unit. The system and the method are capable of realizing primary development and repeated utilization of software.

Description

technical field [0001] The invention relates to the technical field of computers, in particular to a linkage control system and a linkage control method. Background technique [0002] With the advancement of urban rail transit technology and operational needs such as downsizing, increasing efficiency, and improving line passing capacity, fully automatic driverless systems have been more and more widely used. A fully automated driverless system is a conductor operating mode in which the work performed by the train driver is completely replaced by an automated, highly centralized control system. The driverless system has the functions of automatic wake-up and sleep, automatic entry and exit of the parking lot, automatic cleaning, automatic driving, parking and opening and closing of doors, automatic recovery of faults, and automatic entry or exit of the train according to the passenger flow. Fully automated unmanned systems have multiple operating modes such as regular operat...

AI Technical Summary

Problems solved by technology

This kind of practice will lead to repeated processing in different scenarios, and the software and data need to be tested for each scenario; after delivery and operation, once the scenario changes or a new scenario needs to be added, the software needs to be modified at the code level , introducing risks to normal operations

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