第六感:智能集成极端环境健康监测器与感官反馈增强的情况意识

G. Bijelic, Nerea Briz Iceta, Č. Stefanović, A. Morschhauser, Ana Belén Carballo Leyenda, L. Paletta, Andreas Falk, M. Kostic, Matija Štrbac, N. Jorgovanovic, Gerhard Jobst, R. Paradiso, G. Magenes, Pablo Fanjul-Bolado, Aleksandar Vujić, Philip Eschenbacher
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引用次数: 0

摘要

在交通不便的农村地区发生的自然灾害正在增加,导致急救人员的任务成倍增加。然而,参与扑灭野火或参与救援任务会给参与的第一响应者的福祉带来风险。因此,需要一个监测其行动并在不妨碍其行动能力的情况下提供实时和可操作信息的系统。欧盟资助的SIXTHSENSE项目旨在通过优化现场团队协调和任务执行,提高急救人员在困难环境中参与的效率和安全性。该项目提出了一种基于多模态生物传感器数据的创新可穿戴健康监测系统,使急救人员能够及早发现风险因素,并允许对所有部署的急救人员进行实时监测。本文介绍了该项目的总体概念、方法和系统架构,并详细介绍了第六感原型的Alpha版本。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SixthSense: Smart Integrated Extreme Environment Health Monitor with Sensory Feedback for Enhanced Situation Awareness
Natural disasters occurring in inaccessible rural areas are on the rise, leading to the multiplication of first responders’ missions. However, engagement in fighting wildfires or participating in rescue missions includes risks for the well-being of the engaged first responders. Consequently, a system that monitors their actions and provides real-time and actionable information without obstructing their operational capacity is needed. The EU-funded SIXTHSENSE project aims to improve the efficiency and safety of first responders’ engagement in difficult environments by optimizing on-site team coordination and mission implementation. The project proposes an innovative wearable health monitoring system based on multimodal biosensor data that enables first responders to detect risk factors early on and allows real-time monitoring of all deployed responders. This paper is an introduction to the overall concept of the project, to the methodology and the system architecture, moreover details on Alpha version of SixthSense prototype are presented.
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