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GEOSPATIAL HEALTH MANAGEMENT INFORMATION SYSTEM: A BASELINE AND MONITORING STUDY

机译:地理空间健康管理信息系统:基线与监测研究

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Mapping of the health infrastructure to the micro level is the ultimate requirement for successful monitoring of the healthcare system and distribution of amenities. The present paper mainly focuses on the application of Remote Sensing, Geographical Information System (GIS), Global Positioning System (GPS), in health such as visual analysis of health management information, health service mapping and geographic analysis of health services and its coverage. The main emphasis has been given to generation of Geospatial Health Management Information System (GHMIS) it will be easier for the governance of health sector and infrastructure in the rural areas. At each level, data would be viewed geospatially which would help to make rational decisions and hence better healthcare. The study area has been chosen as Bemetara District of Chhattisgarh, which is one of the important agriculture district of the state. The main objective of the study are to create buffer around the health centres mainly the CHCs, PHCs & SHCs to denote the catchment area; allow for overlay analysis of different pieces of information; calculate distance between two points; permit interactive quarries of information contained with the map, tables, graphs in web-GIS. The present study is mainly based on both primary and secondary data. Secondary data has been collected from Health & Family Welfare Department, Govt. of Chhattisgarh, Census of India, 2011, hardcopy village map from Land Record Office. Primary data mainly consists of GPS point information of each and every health centre spread over the District. It has been found that creation of GHIMS design the function of healthcare service and administrative service to monitor health status and service needs according to National Rural Health Mission (NRHM) norms. It can help in set priorities for the allocation of healthcare resource. The user can access the data of any level by logging into the central service without having the hassle of visiting every website. It can be act as a single window service station. It will give entire system a speed, sense of competitiveness and finally sustainability through increase in revenue generation in the physical sector and improve healthcare system in case of social sector. The range of expectation about the performance of health information system will depend on the role of the people involved. "People" comprises of three categories Doers, Users & Viewers.
机译:将医疗基础设施映射到微观水平是成功监控医疗系统和便利设施分配的最终要求。本文主要关注遥感,地理信息系统(GIS),全球定位系统(GPS)在健康方面的应用,例如健康管理信息的可视化分析,健康服务制图以及健康服务及其覆盖范围的地理分析。主要重点是地理空间健康管理信息系统(GHMIS)的产生,这将使农村地区的卫生部门和基础设施的治理更加容易。在每个级别,都将按地理空间查看数据,这将有助于做出合理的决定,从而改善医疗保健。该研究区被选为恰蒂斯加尔邦的Bemetara区,这是该州重要的农业区之一。研究的主要目的是在卫生中心(主要是CHC,PHC和SHC)周围创建缓冲区,以表示集水区。允许对不同信息进行重叠分析;计算两点之间的距离;允许交互式地搜集Web-GIS中的地图,表格,图形所包含的信息。本研究主要基于主要和次要数据。二级数据已从政府卫生与家庭福利部收集。印度人口普查查蒂斯加尔邦的地图,2011年,土地记录局的印刷版乡村地图。主要数据主要由分布在该地区的每个医疗中心的GPS点信息组成。已经发现,GHIMS的创建根据国家农村卫生使命(NRHM)规范设计了保健服务和行政服务的功能,以监视健康状况和服务需求。它可以帮助确定医疗资源分配的优先级。用户可以通过登录中央服务来访问任何级别的数据,而不必担心访问每个网站的麻烦。它可以充当单个窗口服务站。通过增加物理部门的收入产生,并通过改善社会部门的医疗保健系统,它将使整个系统具有速度,竞争力和最终的可持续性。对健康信息系统性能的期望范围将取决于相关人员的角色。 “人员”包括三个类别:“执行者”,“用户”和“查看者”。

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