{"title":"Supporting eradication of maternal-child malnutrition in developing countries: a case from Nicaragua scenario","authors":"Miguel Valero, Sury Bravo Lasprilla, Iván Pau","doi":"10.1145/2160601.2160630","DOIUrl":null,"url":null,"abstract":"World Health Organization actively stresses the importance of health, nutrition and well-being of the mother to foster children development. This issue is critical in the rural areas of developing countries where monitoring of health status of children is hardly performed since population suffers from a lack of access to health care. The aim of this research is to design, implement and deploy an e-health information and communication system to support health care in 26 rural communities of Cusmapa, Nicaragua. The final solution consists of an hybrid WiMAX/WiFi architecture that provides good quality communications through VoIP taking advantage of low cost WiFi mobile devices. Thus, a WiMAX base station was installed in the health center to provide a radio link with the rural health post \"El Carrizo\" sited 7,4 km. in line of sight. This service makes possible personal broadband voice and data communication facilities with the health center based on WiFi enabled devices such as laptops and cellular phones without communications cost. A free software PBX was installed at \"San José de Cusmapa\" health care site to enable communications for physicians, nurses and a technician through mobile telephones with IEEE 802.11 b/g protocol and SIP provided by the project. Additionally, the rural health post staff (midwives, brigade) received two mobile phones with these same features. In a complementary way, the deployed health information system is ready to analyze the distribution of maternal-child population at risk and the distribution of diseases on a geographical baseline. The system works with four information layers: fertile women, children, people with disabilities and diseases. Thus, authorized staff can obtain reports about prenatal monitoring tasks, status of the communities, malnutrition, and immunization control. Data need to be updated by health care staff in order to timely detect the source of problem to implement measures addressed to alleviate and improve health status population permanently. Ongoing research is focused on a mobile platform that collects and automatically updates in the information system, the height and weight of the children locally gathered in the remote communities. This research is being granted by the program Millennium Rural Communities of the Technical University of Madrid.","PeriodicalId":153059,"journal":{"name":"ACM DEV '12","volume":"21 1","pages":"0"},"PeriodicalIF":0.0000,"publicationDate":"2012-03-11","publicationTypes":"Journal Article","fieldsOfStudy":null,"isOpenAccess":false,"openAccessPdf":"","citationCount":"0","resultStr":null,"platform":"Semanticscholar","paperid":null,"PeriodicalName":"ACM DEV '12","FirstCategoryId":"1085","ListUrlMain":"https://doi.org/10.1145/2160601.2160630","RegionNum":0,"RegionCategory":null,"ArticlePicture":[],"TitleCN":null,"AbstractTextCN":null,"PMCID":null,"EPubDate":"","PubModel":"","JCR":"","JCRName":"","Score":null,"Total":0}
引用次数: 0
Abstract
World Health Organization actively stresses the importance of health, nutrition and well-being of the mother to foster children development. This issue is critical in the rural areas of developing countries where monitoring of health status of children is hardly performed since population suffers from a lack of access to health care. The aim of this research is to design, implement and deploy an e-health information and communication system to support health care in 26 rural communities of Cusmapa, Nicaragua. The final solution consists of an hybrid WiMAX/WiFi architecture that provides good quality communications through VoIP taking advantage of low cost WiFi mobile devices. Thus, a WiMAX base station was installed in the health center to provide a radio link with the rural health post "El Carrizo" sited 7,4 km. in line of sight. This service makes possible personal broadband voice and data communication facilities with the health center based on WiFi enabled devices such as laptops and cellular phones without communications cost. A free software PBX was installed at "San José de Cusmapa" health care site to enable communications for physicians, nurses and a technician through mobile telephones with IEEE 802.11 b/g protocol and SIP provided by the project. Additionally, the rural health post staff (midwives, brigade) received two mobile phones with these same features. In a complementary way, the deployed health information system is ready to analyze the distribution of maternal-child population at risk and the distribution of diseases on a geographical baseline. The system works with four information layers: fertile women, children, people with disabilities and diseases. Thus, authorized staff can obtain reports about prenatal monitoring tasks, status of the communities, malnutrition, and immunization control. Data need to be updated by health care staff in order to timely detect the source of problem to implement measures addressed to alleviate and improve health status population permanently. Ongoing research is focused on a mobile platform that collects and automatically updates in the information system, the height and weight of the children locally gathered in the remote communities. This research is being granted by the program Millennium Rural Communities of the Technical University of Madrid.
世界卫生组织积极强调母亲的健康、营养和福祉对促进儿童发展的重要性。这一问题在发展中国家的农村地区至关重要,因为那里的人口缺乏获得保健的机会,因此很难对儿童的健康状况进行监测。本研究的目的是设计、实施和部署一个电子卫生信息和通信系统,以支持尼加拉瓜库斯马帕26个农村社区的卫生保健。最终的解决方案由混合WiMAX/WiFi架构组成,该架构利用低成本的WiFi移动设备,通过VoIP提供高质量的通信。因此,在保健中心安装了一个WiMAX基站,以便与设在7,4公里处的农村卫生站"El Carrizo"提供无线电连接。在视线范围内。该服务可以在没有通信费用的情况下,利用笔记本电脑和移动电话等WiFi设备与保健中心进行个人宽带语音和数据通信。在"San jos de Cusmapa"保健站点安装了一个免费软件PBX,使医生、护士和一名技术人员能够通过项目提供的IEEE 802.11 b/g协议和SIP移动电话进行通信。此外,农村卫生站的工作人员(助产士,大队)收到了两台具有相同功能的移动电话。作为补充,已部署的卫生信息系统已准备好分析处于危险中的妇幼人口的分布和疾病在地理基线上的分布。该系统有四个信息层:育龄妇女、儿童、残疾人和疾病患者。因此,授权工作人员可以获得有关产前监测任务、社区状况、营养不良和免疫控制的报告。卫生保健工作人员需要更新数据,以便及时发现问题的根源,实施旨在永久缓解和改善人口健康状况的措施。正在进行的研究集中在一个移动平台上,该平台收集并自动更新信息系统,在偏远社区当地收集的儿童的身高和体重。这项研究是由马德里技术大学的千年农村社区项目资助的。