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The Design of a Decentralized Electronic Triage System

机译:分散式电子分诊系统的设计

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摘要

The Advanced Health and Disaster Aid Network (AID-N) project seeks to identify unmet needs of emergency response teams in the Washington, DC area during mass casualty incidents and conduct feasibility tests of technology-based solutions. The decentralized electronic triage and sensing system uses low power, electronic triage sensors to monitor the vital signs of patients and provide location tracking capabilities. The robust, decentralized location tracking software runs on a small, embedded system with limited memory and computational power that efficiently locates patients. A field study demonstrates the process of current emergency procedures and the design implications of the prototype. This field study, along with the hardware and software architecture of the electronic triage system, lay the foundation for a reliable, decentralized sensor deployment that will continuously extend network coverage during a mass casualty incident.
机译:先进的健康与灾难援助网络(AID-N)项目旨在确定大规模人员伤亡事件期间华盛顿特区紧急响应团队的未满足需求,并对基于技术的解决方案进行可行性测试。分散式电子分类诊断系统使用低功率电子分类传感器来监视患者的生命体征并提供位置跟踪功能。强大的分散式位置跟踪软件在小型嵌入式系统上运行,内存和计算能力有限,无法有效地定位患者。现场研究证明了当前应急程序的过程以及原型的设计含义。这项现场研究以及电子分类系统的硬件和软件体系结构为可靠的分散式传感器部署奠定了基础,该传感器部署将在大规模人员伤亡事件期间不断扩展网络覆盖范围。

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