Roadside unit alarm method and device, electronic equipment and storage medium

Abstract

The invention provides a roadside unit alarm method and device, electronic equipment and a storage medium. The roadside unit alarm method and device are applied to a digital rail roadside unit alarm system. The digital rail road side unit alarm system comprises a mobile edge computing platform DRC, an operation administration and maintenance platform OAM, a digital rail cloud management platform DRCRM and a digital rail road side unit DRSU. The digital rail road side unit DRSU detects an alarm event and reports the alarm event to the mobile edge computing platform DRC; the mobile edge computing platform DRC receives the alarm event and reports the alarm event to the operation administration and maintenance platform OAM; and meanwhile, the alarm event is reported to the digital rail cloud management platform DRCRM. According to the method disclosed in invention, a worker is prevented from spending a lot of time to inspect the digital rail road side unit DRSU and the hanging equipment thereof, and the processing efficiency of a fault event is improved; meanwhile, the alarm events are classified, so that the processing speed of the alarm events is further increased, and time waste isalso preventedprevented.

Description

technical field [0001] The present application relates to the technical field of network management, in particular to a roadside unit warning method, device, electronic equipment and storage medium. Background technique [0002] The roadside unit refers to the equipment installed at the front end of the lane control system, which collects the environmental information of the front end and reports the collected information. [0003] That is, the roadside unit is a device installed on or near the road to collect information on the road in real time. However, the roadside unit provided in the related art has the following problems. If the roadside unit breaks down, it will not be able to collect information on the road in real time; at the same time, because the roadside unit is a front-end device, it needs real-time inspection by relevant staff. However, the workload of patrol inspection is huge, the efficiency is low, and the roadside unit with faults cannot be found in time...

AI Technical Summary

Problems solved by technology

However, the roadside unit provided in the related art has the following problems. If the roadside unit breaks down, it will not be able to collect information on the road in real time; at the same time, because the roadside unit is a front-end device, it needs real-time inspection by relevant staff. However, the workload of patrol inspection is huge, the efficiency is low, and the roadside unit with faults cannot be found in time; moreover, if the roadside unit fails, relevant staff need to go to the site where the roadside unit is located to overhaul the roadside unit, which costs a lot of money. The time may include road travel time and equipment maintenance time, which is inefficient and cannot guarantee the real-time road information of the road section where the roadside unit is located, making this road section a potential safety hazard

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