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目的:探讨传染病现场防控装备效能评估系统的设计与实现。方法:该系统设计过程中基于Microsoft Visual studio开发环境,采用C语言开发装备效能评估系统:包括基础数据层、数据处理层及用户操作层,并将该评估系统运营与传染病现场防控中。结果:设计的传染病现场防控装备效能评估系统运行相对稳定,具备较强的可靠性,并且评估测试结果与实际计算的结果相符符合装备效能评估的实际需求。结论:设计的该传染病现场防控装备效能评估系统相对比较科学,评估方法及结果可靠、客观,能为疾病的防控提供依据和参考。
Objective: To explore the design and implementation of the efficacy evaluation system of the on-site prevention and control equipment for infectious diseases. Methods: Based on the Microsoft Visual Studio development environment, the system was developed to evaluate the effectiveness of equipment evaluation system by C language. The system includes basic data layer, data processing layer and user operation layer. The evaluation system is operated and in-situ prevention and control of infectious diseases. Results: The efficacy evaluation system of the designed on-site prevention and control equipment for infectious diseases was relatively stable and reliable, and the results of the assessment test and the actual calculation were consistent with the actual needs of equipment effectiveness assessment. Conclusion: The efficacy evaluation system of on-the-spot prevention and control equipment of the infectious disease designed is relatively scientific, the assessment methods and results are reliable, objective and provide the basis and reference for the prevention and control of the disease.