面向全生命周期的医疗保健资源供需匹配模式设计与优化研究

项目名称： 面向全生命周期的医疗保健资源供需匹配模式设计与优化研究

项目编号： No.71473188

项目类型： 面上项目

立项/批准年度： 2015

项目学科： 管理科学

项目作者： 陈希

作者单位： 西安电子科技大学

项目金额： 56万元

中文摘要： 面向全生命周期的医疗保健资源供需匹配问题，是医疗服务运作管理领域迫切需要研究的新课题，具有前沿性和探索性。本项目依据面向全生命周期的医疗保健资源供需匹配问题的新特点，针对病前预防、病中治疗、病后恢复等不同环节，研究医疗资源供需匹配的关键问题、供需特点、决策模式、实现技术和优化方法等。本项目的主要研究内容包括：面向全生命周期的医疗保健资源供需匹配的基础问题、病前预防阶段基于患者行为的医疗保健知识供需匹配方法、病中治疗阶段基于情景演化的医疗保健资源供需匹配方法、病后恢复阶段的康复保健服务供需匹配方法、面向全生命周期的医疗保健资源供需匹配决策支持系统。本项目研究目的在于：提炼并形成科学的、有理论与实际价值的医疗保健资源供需匹配决策问题体系，建立具有原创性的全生命周期视角下的资源匹配决策理论与方法体系，为医疗服务运作管理提供理论指导，为提高医疗服务运作效率和提升供需满意度提供决策支持。

中文关键词： 医疗运作管理；医疗保健资源；供需匹配；优化模型；决策分析

英文摘要： It is a new and significant problem to match the demand and supply of healthcare resources considering patients' all life cycle. In this project, the new characters for matching demand and supply in healthcare resource are analyzed particularly. It focus on the different steps of precaution, treatment and rehabilitation, A series of topic are discussed, such as the key management issue, the characters of supply and demand, the decision model, the implementation technique and the optimization method. The main contents are included as following: the basic issues of healthcare resource matching, the matching method for healthcare knowledge considering behavioral factors of patients in the precaution step, the matching method for healthcare resource considering different situations in the treatment step, the matching method for healthcare service in the rehabilitation step, the decision support systems for healthcare resource matching in all life cycle. The main purpose of this project is to form a scientific and theoretical matching decision problem system for healthcare resource. The original theory and method are provided from the all life cycle aspect. It will also make great contribution for healthcare operations management. The efficiency and satisfaction degree of the healthcare operations management will be improved a lot.

英文关键词： Healthcare Operations Management;Healthcare Resource;Demand and Supply Matching;Optimal Model;Decision Analysis