Rapid response intelligent public service system for fever situation based on B/S architecture

Abstract

The invention discloses a rapid response intelligent public service system for a fever situation based on a B / S architecture. The system comprises a server center, a plurality of clients, and a plurality of information collectors. The plurality of clients and the plurality of information collectors are in communication connection with the service center through a network. The system achieves the comprehensive consideration of the weather information, network information and real-time pedestrian image information through the B / S architecture, so as to meet the demands of the persons for the intelligentization, personalization and timeliness of a fever situation public health system. The system can enable the people to rapidly and accurately respond to the fever situation.

Description

technical field [0001] The present invention relates to the field of Internet technology, in particular to the field of intelligent public health services for quick response to fever and epidemics based on B / S architecture. Background technique [0002] With the development of Internet technology, more and more network technologies are applied to monitoring and management. The rapid response to epidemics such as fever and flu is related to everyone's health and social stability. At present, the rapid response mechanism for the epidemic is mainly to notify the public through telephone, television, radio and other means to respond quickly after the epidemic is discovered. , to deal with the epidemic, but although this method is highly accepted by the public, the degree of intelligence and personalization is relatively low, and the breadth and depth of information collection are not enough. Not only may the time limit for rapid response to the epidemic be missed, because The p...

AI Technical Summary

Problems solved by technology

The rapid response to epidemics such as fever and flu is related to everyone's health and social stability. At present, the rapid response mechanism for the epidemic is mainly to notify the public through telephone, television, radio and other means to respond quickly after the epidemic is discovered. , to deal with the epidemic, but although this method is highly accepted by the public, the degree of intelligence and personalization is relatively low, and the breadth and depth of information collection are not enough. Not only may the time limit for rapid response to the epidemic be missed, because Not very targeted, not easy to attract the attention of the masses

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