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The Development of Multi-Platforms Application for Dengue-Entomological Surveillance System

机译:DENGUE-昆虫学监测系统多平台应用的发展

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In Malaysia, entomological surveillance is locally applied to effectively monitor, prevent and control the dengue disease outbreaks. The team of Entomology and Pest Unit (EPU) from the State Health Office of Ministry of Health is the local division that is responsible to perform the dengue monitoring operational tasks. Nevertheless, the EPU team members are currently using the conventional and manual procedures in conducting the entomological surveillance activities. Therefore, there is a critical need to support the EPU team for the development of an automated entomological tool that should reduce the burden in manual interventions for data collection, analysis and reporting the results of entomological surveillance operations. The goal of this project is to develop multi-platforms application for Dengue-Entomological Surveillance (DES) system that will enhance and cost-effectively support the EPU team in their fieldwork especially during dengue surveillance missions. The DES system is expected to be integrated as an interactive mobile and hybrid web applications with three key features, namely: (i) automated real-time data collection for ovitrapping installation operations (ii) automated efficient ovitrapping data analysis, and (iii) automated effective report generation for overall dengue surveillance and control tasks. It is hoped that the developed DES system shall increase the efficiency of the EPU team in systematically performing the entomological surveillance operations, and contributes to the improvement of early detection and better mechanism to strategically prevent and control the dengue outbreaks.
机译:在马来西亚,昆虫学监测在本地应用,以有效监测,预防和控制登革热病爆发。卫生部国家卫生办公室的昆虫学和虫害单位(EPU)是当地司,负责执行登革热监测业务任务。尽管如此,EPU团队成员目前正在使用传统和手动程序进行昆虫学监测活动。因此,有人需要支持EPU团队,以开发自动昆虫学工具,这些工具应减少手动干预的负担,用于数据收集,分析和报告昆虫学监督业务的结果。该项目的目标是为登革热监督(DES)系统开发多平台申请,该系统将加强和成本有效地支持其实地工作中的EPU团队,特别是在登革热监测任务中。预计DES系统将作为具有三个关键特征的交互式移动和混合Web应用程序集成,即:(i)用于ovitaping安装操作的自动实时数据收集(ii)自动高效的ovitapation数据分析,和(iii)自动化总体登革热监测和控制任务的有效报告。希望开发的DES系统在系统地执行昆虫学监督业务方面提高EPU团队的效率,并有助于提高早期检测和更好的机制,以战略性地预防和控制登革热爆发。

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