Short-distance epidemic situation propagation network construction method based on Bluetooth scanning

Abstract

The invention discloses a short-distance epidemic situation tracking method based on Bluetooth scanning and a social topology network, or is understood as a propagation network construction method. According to the invention, real contact crowd information is acquired by using app-based registration binding of a user mobile phone, a bracelet and other devices and using an MAC address or a UUID scanned by Bluetooth, and contact information including indexes, contact timestamps, contact times, contact duration, contact strength, RSSI and other data fields are set in a back-end server. The contact information is visualized into a social network graph which is of a point-line topological structure and is used for displaying contact relationship between personnel at the front-end platform of the disease control center, so that real-time visual monitoring of the disease control center on the health condition of regional personnel and the contact condition between the regional personnel is realized, and an objective reference standard is provided for epidemic situation tracking of the disease control center; the method can be applied to epidemic situation tracking of various types of infectious diseases including but not limited to new coronal pneumonia and the like, and serves as an informatization auxiliary tool for disease control work.

Description

technical field [0001] The invention relates to a mobile Internet and computer data processing application, in particular to a short-distance epidemic tracking based on Bluetooth scanning and social topology network, providing a technical solution for disease control center query and construction of a communication network. Background technique [0002] Routine epidemic monitoring relies on medical staff to test and investigate one by one in a certain administrative area, and then report the statistical results to the CDC. This is not only time-consuming and labor-intensive, but also the monitoring is not accurate, the information is not updated in time, and the monitoring effect on the floating population in the area is not good. [0003] The conventional tracking method for people who have been in contact with confirmed or suspected people is mainly to report the action trajectory of the inspected person to the CDC by relying on memory and mobile phone signal location, and...

AI Technical Summary

Problems solved by technology

[0004] In view of the above-mentioned deficiencies in the prior art, the purpose of the present invention is to propose a short-distance epidemic propagation network construction method based on Bluetooth scanning, to solve the problem of visual epidemic tracking and providing an objective reference for the CDC

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