Real-time scenic spot visitor flow counting method based on signaling information

Abstract

The invention discloses a real-time scenic spot visitor flow counting method based on signaling information. The real-time scenic spot visitor flow counting method includes the steps that cell identities of all mobile network cells covering a scenic spot are obtained; position updating information of mobile users is obtained; the number of all the mobile users in the scenic spot is counted; the resident population of the scenic spot is excluded; the passing population of the scenic spot is excluded; the scenic spot visitor flow volume is defined. The number of the mobile users in the mobile network cells covering the scenic spot is monitored through signaling in a communication network, so that the number of visitors in the scenic spot is counted in real time; the real-time scenic spot visitor flow counting method is simple in system deployment, low in cost, convenient to maintain, high in realtime performance and accuracy and capable of counting the visitor flow volume of large-scale scenic spot or open type scenic spots.

Description

technical field [0001] The invention relates to the field of mobile communication value-added services, in particular to a method for real-time statistics of passenger flow in a scenic spot by using signaling messages in a mobile communication network. Background technique [0002] During holidays, the number of people going out to play has increased greatly, and tourists are often crowded and stranded in various tourist attractions. If the real-time passenger flow can be counted in time, it will provide important reference data for the scenic spot management unit, so that the scenic spot management unit can coordinate scenic spot resources more effectively and avoid congestion events. Existing technologies for obtaining passenger flow include: infrared sensors, pressure sensors, image recognition, etc. There are various problems in the actual use of these technologies, such as: infrared and pressure sensors are only suitable to be arranged at the entrance of the scenic spo...

AI Technical Summary

Problems solved by technology

There are various problems in the actual use of these technologies, such as: infrared and pressure sensors are only suitable to be arranged at the entrance of the scenic spot, and the accurate number of people passing through at the same time cannot be determined when the flow of people is large, and there is no way to know when tourists leave the scenic spot; the image recognition system , needs to deploy a large amount of video surveillance hardware, the algorithm is complex, and the number of tourists cannot be accurately identified

At the same time, the existing technologies all need to deploy equipment in each scenic spot and establish a corresponding system to realize real-time passenger flow capture. The decentralized deployment of the system has high requirements for implementation and maintenance, and the cost of unified monitoring and coordination is very high. It is not suitable for large scenic spots or open scenic spots. implementability

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