路线图:迈向安全挑战,雾计算的预防机制

M. Ashraf, Iqra Ilyas, Farzana Younas
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引用次数: 0

摘要

雾计算可能是精细计算的一种时尚范例,它将云扩展到网络边缘,并提供专业知识访问、计算能力、存储和网络。雾计算有助于在设备及其隔离终点之间建立低延迟网络连接。反过来,它的设计减少了与云相关的信息量。此外,Fog系统是可移动的,可以安装在许多硬件上。由于无线网络在雾中的主导趋势,安全可能是雾计算的一个巨大问题。由于雾计算的当前属性和架构,许多其他安全威胁也随之产生。本研究旨在探讨目前雾计算侦测相互安全漏洞的研究工作。在本文中,我们讨论了雾计算中的安全挑战以及解决雾计算环境中安全挑战的现有策略。因此,有前途的模型已被推荐与事实,以解决雾中的安全问题。计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Roadmap: Towards Security Challenges, Prevention Mechanisms for Fog Computing
Fog computing could be a fashionable paradigm of delicate computing that prolong cloud to the edge of networks and offers expert knowledge access, computational power, storage, and networking. Fog Computing helps to make low latency network connections between devices and their isolating finish points. Its design, in turn, shrinks the quantity of information measure required once associated to cloud. Additionally, Fog systems are moveable, and may be put in on numerous hardware. Because of dominating trend of wireless networking in fog, security could be a massive concern to fog computing. Due to the current attributes and architecture of fog computing many other security threats also arise. This study consists to investigate the current research work on Fog computing to spot mutual security holes. During this paper we have discussed security challenges in fog computing and existing strategies to address security challenge over FOG environment. Consequently, the promising models has been recommended with facts to address security issues in Fog. Computing.
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