基于大数据技术架构的免疫规划信息系统设计与应用

Design and Application of Immune Planning Information System Based on Big Data Technology Architecture

目的为支撑疫苗接种工作,设计基于大数据技术架构的免疫规划信息系统,大幅提升系统高并发状态下的承载能力。方法基于大数据技术架构设计系统的硬件部署、软件功能及业务流程,对各个环节实时查看、分析和统计。结果该系统高效支撑了全市疫苗接种工作,实现了对疫苗接种全流程信息采集、疫苗管理全程追溯、实时查询统计分析、数据共享交换等功能。结论大数据技术在疫苗接种工作中的成功应用,对于高并发信息系统建设具有借鉴意义。

Objective To design an immune planning information system based on big data technology architecture to support the vaccination,and to significantly improve the bearing capacity of the system under high concurrency.Methods The hardware deployment,software functions and business processes of the system are designed based on the big data technology architecture,allowing real-time viewing,analyzing and collecting statistics of every link.Results The system efficiently supports the vaccination of the whole city,realizing the functions of information collection of the whole vaccination process,full traceability of vaccine management,real-time query and statistical analysis,and data sharing and exchange.Conclusion The successful application of big data technology in the vaccination has reference significance for the construction of high concurrency information systems.