Vehicle parking detection method, terminal, server and system

Abstract

The invention provides a vehicle parking detection method, a vehicle parking detection terminal, a vehicle parking detection server and a vehicle parking detection system. The vehicle parking detection method is applied to a target vehicle equipped with a gesture detection terminal; the gesture detection terminal comprises at least two positioning labels arranged at different positions of the target vehicle respectively; the vehicle parking detection method comprises the following steps: receiving positioning signals sent by the at least two positioning labels respectively; calculating position information of the at least two positioning labels, wherein the positioning signals comprise mounting positions of the corresponding positioning labels on the target vehicle; according to the position information of the at least two positioning labels and the mounting positions of the at least two positioning labels on the target vehicle, judging the state of the target vehicle. By the vehicle parking detection method, various illegal parking states of the target vehicle can be determined through a plurality of labels, so that the accuracy of illegal parking detection is improved and the manual labor is reduced.

Description

technical field [0001] The present application relates to the technical field of urban parking, in particular to a vehicle parking detection method, terminal, server and system. Background technique [0002] The existing identification methods for illegal parking and violations of vehicles mainly include: manual on-site inspection, automatic camera identification, and manual inspection after the camera takes pictures. These existing means either need to consume a lot of manpower for manual screening, or cannot identify a variety of parking violations. [0003] Therefore, there has been a scheme that uses a tag location to identify violations, but this scheme can only identify illegal parking in simple cases, that is, all vehicles are parked outside the parking spaces. In the case of single-label positioning, complex trajectory tracking, as well as complex trajectory analysis and identification, can be used to determine other complex illegal parking situations. For example, ...

AI Technical Summary

Problems solved by technology

These existing means either need to consume a lot of manpower for manual screening, or cannot identify a variety of parking violations

[0003] Therefore, there is a scheme that uses a label positioning to identify violations, but this scheme can only identify illegal parking in simple cases, that is, all vehicles are parked outside the parking spaces.

In the case of single-label positioning, complex trajectory tracking, as well as complex trajectory analysis and identification, can be used to determine other complex illegal parking situations. For example, vehicles occupying two parking spaces and most of the vehicle label parts in the parking spaces cannot be solved. Outside the parking space, reverse parking and other problems

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