An emergency public health event medical material intelligent allocation system

Abstract

The invention discloses an emergency public health event medical material intelligent allocation system, which relates to the technical field of disaster recovery, epidemic prevention and resource scheduling, and comprises the following steps: (1) starting from corresponding prevention and control measures for an epidemic situation propagation path, investigating emergency medical material configuration decision-making capabilities and in-place conditions of different stages of an epidemic situations, and analyzing the material scheduling related influence factors and the interaction between the material scheduling related influence factors; (2) determining priority materials by analyzing emergency guarantee process characteristics of the emergency materials, and designing an intelligent analysis module of a configuration object; (3) researching and establishing an emergency medical material allocation full-process tracing model; and (4) constructing an emergency medical material intelligent allocation tracing information system architecture based on a priority allocation function principle. According to the invention, the medical materials are assessed, so that the allocation is reasonable, the value is maximized, corresponding behavior intervention measures can be formulated, solid data can be conveniently dynamic, and the modeling accuracy and the calculation speed are improved.

Description

technical field [0001] The invention relates to the technical fields of disaster recovery, epidemic prevention and resource scheduling, in particular to an intelligent allocation system of medical supplies for public health emergencies. Background technique [0002] Disaster emergency management, as an emerging research field, is attracting great attention from governments and scholars in various countries, and research has been carried out on disaster assessment, emergency resource reserve and distribution, emergency evacuation route selection, emergency capacity evaluation and emergency plan evaluation. [0003] The current domestic research mainly focuses on the qualitative analysis of emergency supplies for public health emergencies and the research on the overall organization system. In terms of reserve, deployment, and layout model algorithms, there is a relatively mature functional theoretical basis in the study of emergency material planning models in response to ear...

AI Technical Summary

Problems solved by technology

[0006] (1) The intelligence level of the medical material support information system and process management needs to be improved: a. The ability to predict the severity of emergencies, the scientific analysis of urgently needed materials in response to emergencies is not enough, and the material reserve system is not perfect: it is not scientific demand analysis, unable to achieve on-demand allocation

b. Internal consumption of resources and low efficiency of labor waste: problems such as uneven distribution of materials, untimely supply of frontlines and a backlog of rescue materials have become prominent

c. Lack of information process tracking, unreasonable configuration, centralized distribution point layout and material storage are not scientific and reasonable

Warehouse management is unscientific, lack of dynamic management of warehouse materials, lack of material reserve monitoring network, and the degree of warehouse automation, informatization, and mechanization needs to be improved;

[0007] (2) Insufficient emergency material resources: In the case of epidemics and emergencies, there are many uncertain factors, the type, variety and quantity of reserve materials are relatively lacking, storage facilities are insufficient, and there is a lack of clear priority decision-making basis to determine the priority protection materials and protection objects. To a certain extent, it affects the accuracy and effectiveness of medical treatment in medical institutions

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