A cloud-based tourist flow monitoring and assistance system for scenic spots

Abstract

The present invention provides a cloud-based tourist flow monitoring and assistance system in a scenic spot, including a detection device, a positioning device, a positioning signal tower, a cloud computing processing center and an intelligent terminal. Identity authentication, the detection device is used to detect the positioning device to determine the tourist identity, the positioning signal tower is used to detect the position of the positioning device and send the position information to the cloud computing processing center, so The cloud computing processing center is used to process the location information uploaded by the positioning signal tower and provide intelligent services to the smart terminal, and the smart terminal is used to perform information interaction with the cloud computing processing center, provide customer service requests and Receive the service result of the cloud computing processing center; the system can calculate the waiting time of tourists to each play item according to the location information of tourists, so that tourists can arrange their trips more reasonably.

Description

technical field [0001] The invention relates to the technical field of intelligent scenic spots, in particular to a cloud-based technology-based tourist flow monitoring and assistance system for scenic spots. Background technique [0002] The current scenic spots usually occupy a large area and have many play items, which will attract a large number of tourists to visit. Among them, tourists often spend a lot of time waiting in line, so that tourists cannot experience more play items in a limited time. It has a great impact on the tourists' experience of playing. How to make tourists arrange the itinerary more reasonably is the problem to be solved by this system. [0003] Now many traffic management systems in scenic spots have been developed. After a large number of searches and references, we found that the existing traffic management systems are like the systems disclosed in the publication numbers KR100946708B1, KR101699471B1, CN105654400B and KR101388531B1, including c...

AI Technical Summary

Problems solved by technology

However, the system intelligently predicts the flow of the entire scenic spot in advance, but cannot obtain the real-time flow of each play item, and cannot assist tourists in making more specific itinerary arrangements

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