Fog Computing in 5G Mobile Networks: A Review

F. E. Samann, S. Ameen, Shavan K. Askar
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Abstract

The existing Internet infrastructure cannot meet the demands of the exponential growth in data users need to access. Therefore, Fog Computing (FC), Internet of Things (IoT), and 5G are upgrading conventional data transfer with innovative solutions and intelligently processing data to improve performance. Fog computing is considered a central component in the growth of the new 5G networks and the Internet of Things. These advanced technologies allow the Internet to provide enhanced services through sensors, continually monitoring a wide range of information. The paper reviews the most recent studies that implemented fog computing in a 5G environment by defining the essential services and network-oriented functionality. Moreover, the surveyed study is also discussed and assessed through sum-up tables with general remarks about the followed trends. The mentioned studies presented legitimate solutions for issues in the Vehicular Network and improved the current network architecture.
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5G移动网络中的雾计算研究综述
现有的互联网基础设施已无法满足用户数据访问需求的指数级增长。因此,雾计算(FC)、物联网(IoT)和5G正在以创新的解决方案升级传统的数据传输,并对数据进行智能处理,以提高性能。雾计算被认为是新5G网络和物联网发展的核心组成部分。这些先进的技术使互联网能够通过传感器提供增强的服务,持续监测范围广泛的信息。本文通过定义基本服务和面向网络的功能,回顾了在5G环境中实现雾计算的最新研究。此外,还通过总结表对调查研究进行了讨论和评估,并对后续趋势进行了一般性评论。上述研究为车联网中的问题提出了合理的解决方案,并改进了现有的网络架构。
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