A Policy-based Framework in Fog enabled Internet of Things for Cooperative ITS

José Luis Hernández Ramos, G. Baldini, R. Neisse, M. Al-Naday, M. Reed
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引用次数: 7

Abstract

In recent years, Fog computing has been proposed to complement well-known Cloud components, in order to realize delay-sensitive and location-aware services. In a future digital landscape with billions of IoT devices interconnected, this emerging paradigm will enable a more decentralized and flexible management by bringing data processing and distribution closer to end devices. One of the main challenges in fog scenarios is the need for automating the orchestration of end devices and components through scalable approaches. In this direction, this work represents an ongoing effort related to the potential application of policy-based approaches to mitigate the issues associated to fog orchestration. In particular, we propose the use of Seckit as a model-based and technology-independent toolkit to ease the management of IoT devices through the use of policy specification. Additionally, we considered a Cooperative Intelligent Transport Systems (C-ITS) use case to give some insights about the advantages of using the proposed approach.
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雾中基于策略的物联网协作ITS框架
近年来,人们提出了雾计算来补充众所周知的云组件,以实现延迟敏感和位置感知服务。在未来的数字环境中,数十亿的物联网设备相互连接,这种新兴的模式将使数据处理和分发更接近终端设备,从而实现更加分散和灵活的管理。雾场景中的主要挑战之一是需要通过可扩展的方法自动化终端设备和组件的编排。在这个方向上,这项工作代表了与基于策略的方法的潜在应用相关的持续努力,以减轻与雾编排相关的问题。特别是,我们建议使用Seckit作为基于模型和技术独立的工具包,通过使用策略规范来简化物联网设备的管理。此外,我们考虑了一个合作智能交通系统(C-ITS)用例,以提供一些关于使用拟议方法的优势的见解。
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