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IoT-Based Big Data Secure Management in the Fog Over a 6G Wireless Network | IEEE Journals & Magazine | IEEE Xplore

IoT-Based Big Data Secure Management in the Fog Over a 6G Wireless Network


Abstract:

This work proposes an innovative infrastructure of secure scenario which operates in a wireless-mobile 6G network for managing big data (BD) on smart buildings (SBs). Cou...Show More

Abstract:

This work proposes an innovative infrastructure of secure scenario which operates in a wireless-mobile 6G network for managing big data (BD) on smart buildings (SBs). Count on the rapid growth of telecommunication field new challenges arise. Furthermore, a new type of wireless network infrastructure, the sixth generation (6G), provides all the benefits of its past versions and also improves some issues which its predecessors had. In addition, relative technologies to the telecommunications filed, such as Internet of Things, cloud computing (CC) and edge computing (EC), can operate through a 6G wireless network. Take into account all these, we propose a scenario that try to combine the functions of the Internet of Things with CC, EC and BD in order to achieve a Smart and Secure environment. The major purpose of this work is to create a novel and secure cache decision system (CDS) in a wireless network that operates over an SB, which will offer the users safer and efficient environment for browsing the Internet, sharing and managing large-scale data in the fog. This CDS consisted of two types of servers, one cloud server and one edge server. In order to come up with our proposal, we study related cache scenarios systems which are listed, presented, and compared in this work.
Published in: IEEE Internet of Things Journal ( Volume: 8, Issue: 7, 01 April 2021)
Page(s): 5164 - 5171
Date of Publication: 26 October 2020

ISSN Information:


I. Introduction

As we know by the scientific studies of the 5G, it quotes 300 Mb/s of downlink, 50 Mb/s of uplink, an end-to-end latency of 10 ms and a mobility which is on demand between 0 and 100 km/h [1]. Moreover, 6G performance requirements are a peak data rate of 1000 gigabits per second (Gb/s) and air latency less than 100 microseconds (), 50 times the peak data rate and one-tenth the latency of 5G [2], [3]. Thus, 6G offers larger communication channels than 5G. Particularly, the existing mobile network generations could not handle the explosive traffic growth due to the capacity limitations of radio access, backhaul and core mobile networks. So, with the aim to support this traffic expansion, the 6G, which consists the sixth generation (6G) of the mobile networks, is under preparation and improvement. Thus, 6G is expected to offer higher throughput, submillisecond service latencies [2]. Moreover, caching of popular content during off-peak traffic periods at different levels of the wireless network architecture has occurred as a major technology trend for the next generation of wireless systems, which is the 6G technology [4]. By moving the location of the caches more closely to the edge of the network we could take the advantage of reducing the latency that required for accessing and delivering users’ requests [3], [4]. Furthermore, the mobile cellular networks (MCNs) are moving toward the 6G wireless networks, where new technologies like ultradense networks, massive multiple-input–multiple-output (MIMO), millimeter-wave communication, edge caching, device-to-device communications, cloud computing (CC), edge computing (EC), Internet of Things (IoT), and big data (BD) [5]–[7].

References

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