Scenic region congestion state issuing system based on image acquisition

Abstract

The invention relates to a scenic region congestion state issuing system based on image acquisition. The system comprises a computer control sub-system and a plurality of scenic spot image acquisition sub-systems. The scenic spot image acquisition sub-systems are respectively disposed in multiple scenic spots in a scenic region. The computer control sub-system is disposed in a control machine room in the scenic region. Each scenic spot image acquisition sub-system is used for acquiring the scenic spot images of the corresponding scenic spot and processing the images. The computer control sub-system is wirelessly connected with the scenic spot image acquisition sub-systems and issues scenic region congestion state according the image processing results of the scenic spot image acquisition sub-systems. By the system, people number of the scenic spots in the scenic region can be estimated through image identification, the scenic region congestion state of the scenic region can be determined by the estimation results, and important reference data is provided for tourists during scenic region and scenic spot selection.

Description

technical field [0001] The invention relates to the field of scenic spot management, in particular to a scenic spot congestion state release system based on image collection. Background technique [0002] Due to poor implementation of information disclosure and early warning systems, tourists lack the basis for judging reasonable travel destinations, and there is a relative shortage of well-known tourist attractions at home and abroad, resulting in frequent overcrowding in tourist attractions. According to regulations, any scenic spot needs to evaluate the optimal and maximum capacity when planning and designing. But at present, few scenic spot management departments are able to announce these two indicators in a timely manner, resulting in poor channels for tourists to obtain information, and tourists crowding together in popular scenic spots. In addition, the management departments of some scenic spots are not well managed, for example, the tour route is single, and touri...

AI Technical Summary

Problems solved by technology

[0004] The limited scenic spot information publishing methods in the existing technology only report the tourist flow of scenic spots in previous years before holidays, without real-time and effective real-time tourist flow data, and lack of real-time tourist flow data and the optimal and maximum capacity of scenic spots The inferred release mechanism for the congestion status of scenic spots also lacks a mechanism for releasing information on the number of people in different scenic spots in the same scenic spot. As a result, tourists do not know the real-time situation of the target scenic spot before departure, and crowding is inevitable.

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