Park parking space block wisdom management and service guiding system

Abstract

The invention relates to the technical fields of Internet of Things and big data, and discloses a park parking space block wisdom management and service guiding system. Front-end devices of the systemcomprise a vehicle sensing device, a license number plate shooting device, a parking space state acquisition device and a guiding instruction device, the front-end devices are connected with a systembackground through the Internet of Things, and the system background comprises a big data analysis center, a parking space scheduling center and a device control center. According to the system, theproportion of fixed parking spaces to temporary parking spaces is dynamically allocated through processes of block merging, distribution statistics of parking times, and prediction of parking opportunities of owners by regarding big data acquisition, analysis and prediction as the core, the utilization efficiency of the parking spaces is improved, intelligent and humanized parking guide service can be realized, and problems of low efficiency of park parking space allocation and difficult parking guidance are solved.

Description

technical field [0001] The invention relates to the technical field of Internet of Things and big data application, in particular to a block-based intelligent management and service guidance system for parking spaces in parks. Background technique [0002] With the increase in the number of motor vehicles and the shortage of urban land, whether it is a business park, an industrial technology park or a residential community, insufficient parking spaces have become the norm. However, due to the backward technology level, the utilization rate of parking spaces is still not high. Now the park is generally managed according to the method of fixed parking spaces + temporary parking spaces. Generally, as many contracted owners as there are, as many fixed parking spaces are reserved, and the remaining parking spaces are used as temporary parking spaces; for example, there are 1,000 parking spaces in total, and 500 contracted owners, that is, 500 fixed parking spaces , 500 temporary...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the deficiencies of the prior art, the present invention provides a block-based intelligent management and service guidance system for parking spaces in parks. The present invention takes big data collection, analysis, and prediction as the core, through block-based merging, parking time distribution statistics, The owner’s parking opportunity prediction and other processes dynamically allocate the ratio of fixed parking spaces to temporary parking spaces to improve the utilization efficiency of parking spaces. With intelligent and humanized parking guidance services, it solves the problems of low efficiency of parking space allocation and parking guidance difficulties in the park

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