基于大屏的医保实时监控与展示系统研发

发布时间：2018-03-22 17:23

本文选题：医疗保险　切入点：实时监控　出处：《山东大学》2017年硕士论文　论文类型：学位论文

【摘要】：近年来我国经济的发展,带动了医疗保险事业的发展,我国已经进入医疗保险业务发展的新阶段[1]。随着全民、惠民、便民医保政策的不断推进,人民的就医需求集中释放,医疗服务供给失序,违规骗保等各种异常医疗现象越来越突出,造成医疗保险基金大幅度流失,严重威胁到医疗保险安全[2]。随着医疗保险事业的发展,所有医疗机构每天产生大量医疗数据,这些数据与我们的工作、学习和生活密切相关。这些医疗数据的类型和规模正以前所未有的速度增长,越来越多的数据,无法进行合理的存储,不能进行及时有效的分析和解释,从而造成数据价值的浪费。另外,人工模式去分析解释这些数据存在很多困难,就医量大,人员有限,数据分布范围广泛,实时性差,专业标准难以把握等各种问题出现。基于以上背景,本文考虑到以上所有问题,基于可视化原理,将大数据整理转化成图形或者图像,通过LED大屏显示出来,帮助用户及时地从信息中提取有效的知识,解决人工模式存在的问题,从而设计研发了基于大屏的医保实时监控与展示系统。本系统提供了对医疗保险信息进行实时监控,主要监控的信息包括各个地区参保情况、报销情况、医保卡发放情况、以及医院、门诊和药店的住院信息、门诊信息、大病保险信息、慢性病信息等。系统主要面向各个地市医保处,基于医保处的汇总信息进行分析,帮助各个部门及时了解相关医疗信息,发现违规数据,及时制定调度策略,从而阻止违规行为的发生,减少医疗保险基金的损失。本文主要从研究背景、需求分析、相关技术、概要设计、系统详细设计、系统实现和系统测试等方面构建了基于大屏的医保实时监控与展示系统,提供了多种图表展示、动态表格展示、离线地图展示以及其他自定义图形展示,来对各种医疗保险数据指标进行实时监控。本文基于Vaadin框架,开发多种图形展示组件,运用Leaflet技术开发地图监控,运用实时推送技术实现数据的实时更新,采用EclipseLink JPA实现方式和JPQL查询语言来操作数据库,提供一种数据统一访问接口,支持异构数据库的统一透明访问,使用Java技术进行开发业务逻辑,在开发过程中,使用Maven工具对项目进行管理。本系统主要采用Oracle数据库和MongoDB数据库进行数据存储。本系统提供丰富的图形展示形式,采用清晰度高的LED大屏展示,充分表达出医疗保险数据蕴含的意义,并对医疗保险信息进行实时有效的监控。基于大屏的医保实时监控与展示系统在部分地市投入使用,得到了用户良好的反馈,取得了良好的社会效益。
[Abstract]:In recent years, the economic development of our country has led to the development of medical insurance, and our country has entered a new stage of the development of medical insurance business [1]. With the continuous promotion of the policy of medical insurance for the whole people, the benefit of the people, and the convenience of the people, the people's demand for medical treatment has been concentrated and released. Various abnormal medical phenomena, such as the disorder of medical service supply and illegal insurance, are becoming more and more prominent, resulting in a large loss of medical insurance funds and a serious threat to the safety of medical insurance [2]. With the development of medical insurance, All medical institutions produce a lot of medical data every day that are closely related to our work, learning, and our lives. The type and scale of these medical data is growing at an unprecedented rate, more and more. There is no reasonable storage, no timely and effective analysis and interpretation, which results in a waste of data value. In addition, there are many difficulties in the analysis and interpretation of these data in the manual mode, the amount of medical treatment is large, and the number of personnel is limited. A wide range of data distribution, poor real-time, professional standards difficult to grasp and other problems. Based on the above background, this paper takes all the above problems into account, based on the principle of visualization, big data will be organized into graphics or images, Through the LED large screen display, help the user to extract effective knowledge from the information in time, solve the problems existing in the manual mode, This system provides real-time monitoring and display of medical insurance information. The main monitoring information includes insurance coverage, reimbursement, medical insurance card issuance in various regions, the system provides real-time monitoring of medical insurance information, the system provides real-time monitoring of medical insurance information, the main monitoring information includes the status of insurance coverage in various regions, the status of reimbursement, and the distribution of medical insurance cards. As well as hospital, outpatient and pharmacy inpatient information, outpatient information, serious illness insurance information, chronic disease information, etc. The system is mainly aimed at all prefectural and municipal medical insurance offices, and is analyzed based on the summary information of the medical insurance department. Help each department to understand relevant medical information timely, discover illegal data, formulate scheduling strategy in time, so as to prevent the occurrence of violations and reduce the loss of medical insurance fund. This paper mainly from the research background, demand analysis, related technology, In the aspects of outline design, system detailed design, system implementation and system test, the real time monitoring and displaying system of medical insurance based on large screen is constructed, which provides many kinds of chart display, dynamic table display, etc. Off-line map display and other custom graphics display to monitor various medical insurance data indicators in real time. Based on the Vaadin framework, this paper develops a variety of graphics display components, and uses Leaflet technology to develop map monitoring. The real-time push technology is used to realize the real-time update of the data, the EclipseLink JPA implementation mode and the JPQL query language are used to operate the database, and a unified data access interface is provided to support the uniform and transparent access of the heterogeneous database. Using Java technology to develop business logic, in the process of development, using Maven tools to manage the project. This system mainly uses Oracle database and MongoDB database for data storage. The LED large screen display with high definition can fully express the significance of medical insurance data, and monitor the medical insurance information in real time and effectively. The medical insurance real-time monitoring and displaying system based on large screen is put into use in some cities. Got good feedback from users, and achieved good social benefits.
【学位授予单位】：山东大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52;TP277

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