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PhisioStream: on the use of general-purpose log management and streams processing software stacks for first-responders monitoring

机译:PhisioStream:关于使用通用日志管理和流处理软件堆栈进行急救人员监视

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Several off-the-shelf frameworks are available to support the Internet of Things (IoT) use cases, including sensors data acquisition, processing, and visualization. These software stacks are engineered around the abstraction of streams (of data), enabling a high level of neutrality to the application domain. In this work, we explore the use of existing IoT and log management tools to enable first response teams monitoring, in the context of the VR2Market project's requirements. The objective is to deploy general-purpose, proven monitoring frameworks to enhance the analytical capabilities of teams monitoring, not only for tracking the position of individuals, but also to monitor their physiology and detect alarming conditions. The proposed system, PhisioStream, leverages on streams processing tools, especially the Apache Kafka suite, and Grafana for advanced visualization. The mission command is able to gather both current and historical physiology of each member in a rich dashboard. Advanced users can reconfigure the dashboard, for different views of the missions' data, without the need for coding new features.
机译:有几个现成的框架可用于支持物联网(物联网)用例,包括传感器数据采集,处理和可视化。这些软件堆栈围绕流(数据)的抽象设计,使应用程序域具有高水平的中立性。在这项工作中,我们探讨了现有的物联网和日志管理工具在VR2Market项目的要求的上下文中启用第一响应团队监控。目标是部署一般目的,经过验证的监测框架,以提高团队监测的分析能力,不仅用于跟踪个人的位置,还要监测其生理学并检测令人惊叹的情况。拟议的系统,PhisioStream,利用流加工工具,尤其是Apache Kafka套件,以及用于高级可视化的Grafana。 Mission命令能够在丰富的仪表板中收集每个成员的当前和历史生理学。高级用户可以重新配置仪表板,了解任务数据的不同视图,无需编码新功能。

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