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Fog Computing Challenges and Future Directions: A Mirror Review

机译：雾计算的挑战和未来方向：一面镜子

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摘要

Fog computing proposed as a new computing model,, presented by Cisco, to meet the computational demands of a complex geo-distributed network of IoT devices. Fog computing brings the Cloud-based computing and storage as well as networking facilities closer to the edge of a network. At the edge of a network, an edge device (a router, a switch) provides the computational, networking and storage facilities, eliminating the need of sending data to a cloud data-center. This leads to elimination of various problems faced when data travels to and fro cloud data centers, like latency issues. Fog provides data processing plus, storage at local site, near network edge, rather than sending all the data back to the cloud center. This article starts with a brief introduction to fog computing, followed by the recent and most accepted fog architecture, later on uses of fog computing in relevance to the current demands and problems faced by various technological sectors like Health, E-commerce, Automatic vehicle management etc and relation to IoT have also been discussed.
机译：思科提出将雾计算作为一种新的计算模型提出，以满足物联网设备的复杂地理分布网络的计算需求。雾计算使基于云的计算和存储以及网络设施更靠近网络边缘。在网络边缘，边缘设备（路由器，交换机）提供了计算，网络和存储功能，从而无需将数据发送到云数据中心。这样就消除了数据往返云数据中心时遇到的各种问题，例如延迟问题。 Fog提供数据处理以及存储在本地站点，网络边缘附近，而不是将所有数据发送回云中心。本文首先简要介绍了雾计算，然后介绍了最近和最广为接受的雾架构，随后介绍了与健康，电子商务，自动车辆管理等各个技术领域面临的当前需求和问题相关的雾计算的使用。等与物联网的关系也已经讨论过。

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