Method and system for preventing and controlling infectious diseases

Abstract

The application relates to a method and system for prevention and control of infectious diseases. The method comprises: identifying high-risk areas of an infectious disease according to local infection risk data; identifying a user accessing the high-risk areas and a morning departure time, an evening returning time, a home location, a first destination location after departure from home, and a last destination location before returning home of the user based on regular mobile phone data; developing travel time prevention and control measures according to the active time of infectious disease sources, and sending corresponding travel intervention information to the user by combining the morning departure time, the evening returning time and local infection risk values of the home location, the first destination location after departure from home, and the last destination location before returning home of the user. The method and the system send personalized travel intervention information to the user to guide the user to adjust the travel time, so that the input risk of the high-risk areas can be reduced.

Description

technical field [0001] This application relates to the technical field of public health, in particular to a method and system for preventing and controlling infectious diseases. Background technique [0002] With the advancement of urbanization in our country, the population density in urban areas increases, the travel modes and travel needs of residents in cities increase, and the changes in urban environment make it easy for infectious diseases to spread within cities. Timely, effective and targeted measures should be taken within cities Sexual prevention and control measures have become particularly important. Since the concept of "precision medicine" was proposed at the beginning of the new year in 2015, "precision public health" was recently proposed. This new concept provides a new direction for public health research and has been highly praised by medical researchers and health practitioners. big concern. Precision public health needs to be different from person to ...

AI Technical Summary

Problems solved by technology

[0005] 1. The mobile phone data used to record detailed calls is limited, and it is difficult to provide complete individual spatiotemporal information. The irregular mobile phone data is random and short-term explosive, and may even mislead the extraction of individual spatiotemporal features

[0006] 2. Existing infectious disease prevention and control technologies are mainly aimed at prevention and control research at the national and regional levels, and the implementation units of prevention and control measures are generally aimed at a certain city or multiple base stations, lacking specific and effective prevention and control plans for cities

[0007] 3. Most of the existing research considers travel prevention and control measures from the perspective of space, and lacks the prevention and control measures of travel control from the perspective of time

[0008] 4. Most of the prevention and control measures in the existing research on the prevention and control of infectious diseases are to reduce the number of flights, trains and other means of transportation between cities, or rely on the influence of the media to spread the safety level of infectious diseases in cities, so that individuals can spontaneously adjust their own travel routes to avoid Travel prevention and control in cities with a high infection rate, etc. These measures are mainly aimed at the macroscopic control of the population or rely on individual spontaneous infection avoidance behaviors to control travel, lacking customized travel control measures for individuals

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