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首页> 外文期刊>IEEE Communications Magazine >A Fog Operating System for User-Oriented IoT Services: Challenges and Research Directions
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A Fog Operating System for User-Oriented IoT Services: Challenges and Research Directions

机译:面向用户的物联网服务的雾操作系统:挑战和研究方向

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As the proliferation of mobile devices has ignited cloud computing, it is expected that increasing development and deployment of IoT services will expedite the era of fog computing. Fog computing brings computing, storage, and networking even closer to end users and devices for services with better QoS. We introduce FogOS, a fog computing architecture for IoT services. We take the perspective of designing an operating system, practicing the architectural lessons from the long history of operating systems. We focus on addressing the challenges raised by the diversity and heterogeneity of IoT services and edge devices that are owned by individuals and different owners, and presenting how FogOS is designed to effectively and efficiently provide and manage such IoT services. We provide a city-scale surveillance use case to demonstrate FogOS in action.
机译:随着移动设备的激增点燃了云计算,预计物联网服务的不断发展和部署将加速雾计算的时代。雾计算使计算,存储和网络更加接近最终用户和设备,以提供具有更好QoS的服务。我们介绍FogOS,这是一种用于IoT服务的雾计算架构。我们从设计操作系统的角度出发,从操作系统的悠久历史中实践架构课程。我们专注于解决由个人和不同所有者拥有的物联网服务和边缘设备的多样性和异构性带来的挑战,并介绍如何设计FogOS来有效,高效地提供和管理此类物联网服务。我们提供了一个城市规模的监视用例,以演示FogOS的实际应用。

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