Target personnel management and control method and device based on block port vehicle data

Abstract

The invention provides a target personnel management and control method and device based on block port vehicle data. The method comprises the following steps: obtaining block port vehicle information,mobile terminal information and driver and passenger information; judging whether the block port vehicle information, the mobile terminal information and the driver and passenger information are consistent with the target management and control personnel information; and sending the early warning information to the early warning device when the block port vehicle information, the mobile terminalinformation and the driver and passenger information are consistent with the target management and control personnel information. According to the method, the acquired block port vehicle information,the mobile terminal information and the driver and passenger information are compared with the pre-established target management and control personnel information, and the early warning information issent to the early warning device when the comparison result is consistent. The target management and control personnel is tracked and positioned through a variety of information so that the accuratecheck and control capacity for the target management and control personnel is increased and the management and control efficiency is improved.

Description

technical field [0001] The invention relates to the field of public security, in particular to a method and device for controlling target personnel based on bayonet vehicle data. Background technique [0002] The bayonet system can be installed on any section of the highway, including major road intersections, toll stations, inter-provincial and inter-city checkpoints, etc., to provide important basic and operational data for traffic planning, traffic management, and road maintenance departments. It is of great significance to improve the rapid response ability of highway traffic management. [0003] The traditional bayonet system mostly uses various parameters such as the license plate number, color, license plate number, driving direction, speed, and passing time as the identification of the suspected vehicle to realize the monitoring and disposal of the suspected vehicle. When there is no license plate, fake license plate, or other objective reasons such as weather or sh...

AI Technical Summary

Problems solved by technology

[0004] Therefore, the technical problem to be solved by the present invention is to overco

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