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Architecture and Functionality of the PHAiRS (Public Health Applications in Remote Sensing) Web Services

机译:PHAiRS(遥感公共卫生应用程序)Web服务的体系结构和功能

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In the public health community, an increasing number of existing disease and syndromic surveillance decision support systems (DSS) utilize geospatial technologies to providing focused mapping and analysis capabilities on the desktop. Under a cooperative agreement funded by NASA, the Earth Data Analysis Center at the University of New Mexico is developing a suite of capabilities for the Public Health Applications in Remote Sensing (PHAiRS) project. These capabilities will allow public health officials to access, visualize, and analyze data output from a regional dust forecasting model. They are designed to be integrated with existing DSSs as published web services. This paper discusses the current status of work on the PHAiRS web services, and provides an overview of the architecture, programs and technology used.
机译:在公共卫生界,越来越多的现有疾病和症状监测决策支持系统(DSS)利用地理空间技术在桌面上提供集中的地图绘制和分析功能。根据NASA资助的一项合作协议,新墨西哥大学的地球数据分析中心正在开发一套用于遥感公共卫生应用(PHAiRS)项目的功能。这些功能将使公共卫生官员可以访问,可视化和分析区域灰尘预报模型输出的数据。它们被设计为与现有的DSS集成为已发布的Web服务。本文讨论了PHAiRS Web服务的当前工作状态,并概述了所使用的体系结构,程序和技术。

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