To Integrated Management and Financial Coverage for Health Care Infrastructure of Zaporizhchyna Districts

V. Gorbachuk, S. Garvilenko, G. Golotsukov, M. Dunaievskyi, D. Nikolenko
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Abstract

Introduction. Health care is characterized by the fact that it belongs to the major state functions and the main kinds of economic activity at the same time, as well as the fact that in contemporary conditions it provides dual-use products – use for both conventional and defense against the latest biothreats. In the course of reforming this state function in Ukraine, the main financing is provided through the National Health Service of Ukraine, where management changes relatively frequently. The purpose. Protection against biohazards, health care, health insurance requires systemic resilience and integrated management based on modern information and communication technologies. Such technologies for social insurance have been successfully developed and implemented by the V.M.Glushkov Institute of Cybernetics of the National Academy of Sciences of Ukraine. Results. A specific example of Zaporizhia region shows which health facilities are without proper government support and how to anticipate and manage distributed networks on big data. In all the above issues of protection against biohazards, health care, health insurance, government institutions cannot make rational decisions without comprehensive and accurate assessment of future gains (and losses) caused by the implementation of a particular project, as well as a comparison of such gains with the present value of costs associated with this project. It is important for decision makers to measure gains and costs in the same units applying the known principle «Who canʼt measure cannot manage». Since project costs are usually measured in monetary terms, it makes sense to measure all gains in monetary terms as well. Different approaches to economic assessment of health status compare the benefits from a medical intervention with the costs of that intervention. Conclusions. Gains from medical intervention can be measured in physical units on a one-dimensional scale, monetary units, units of cardinal utility function, reflecting the multidimensional concept of health via the scalar index or key performance indicator. Nowadays multiple dimensions mentioned are gradually developing into big data for each node and link of the health care grid. Keywords: biothreats, system resilience, social insurance, health insurance, big data, distributed networks.
扎波罗热地区卫生保健基础设施的综合管理与财务覆盖
介绍医疗保健的特点是,它同时属于主要的国家职能和主要的经济活动,而且在当代条件下,它提供两用产品,既用于常规用途,也用于防御最新的生物威胁。在乌克兰改革这一国家职能的过程中,主要资金是通过乌克兰国家卫生服务局提供的,该机构的管理变化相对频繁。目的。防范生物危害、医疗保健和健康保险需要基于现代信息和通信技术的系统复原力和综合管理。乌克兰国家科学院V.M.Glushkov控制论研究所成功开发和实施了此类社会保险技术。结果。扎波里日亚地区的一个具体例子表明,哪些卫生设施没有适当的政府支持,以及如何预测和管理大数据上的分布式网络。在上述所有生物危害防护、医疗保健、健康保险问题上,如果不对特定项目实施造成的未来收益(和损失)进行全面准确的评估,以及将这些收益与该项目相关成本的现值进行比较,政府机构就无法做出合理的决策。决策者应用已知的原则“谁能衡量谁不能管理”来衡量相同单位的收益和成本,这一点很重要。由于项目成本通常以货币计量,因此以货币计量所有收益也是有意义的。对健康状况进行经济评估的不同方法将医疗干预的收益与干预的成本进行比较。结论。医疗干预的收益可以用一维尺度上的物理单位、货币单位、基本效用函数单位来衡量,通过标量指数或关键绩效指标反映多维健康概念。如今,所提到的多个维度正在逐渐发展成为医疗网格每个节点和环节的大数据。关键词:生物威胁,系统弹性,社会保险,健康保险,大数据,分布式网络。
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