Evolution Towards 6G Intelligent Wireless Networks: The Motivations and Challenges on the Enabling Technologies

Norshakinah Md Nasir, S. Hassan, K. M. Zaini
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引用次数: 3

Abstract

The rapid development and advancement of mobile communication technology since the world’s first cellular mobile communication service was launched, has led to the emergence and evolution of new generation systems that can be seen in every decade. The fifth-generation (5G), recently appearing generation are being deployed to meet the needs of new use cases with diverse technologies and equipment and to support the massive number of Internet-connected devices and Internet of Thing (IoT) in the coming years. However, some technical issues and more unfulfilled expectations in 5G already have been identified, which become a driving force to a significant movement leading to the standardization of the new generation, the sixth generation (6G) means to expand 5G capabilities to a higher level to allow massive IoT-enabled within the intelligent wireless network. The 6G networks are projected to come with the key features of advanced network virtualization, space-air-ground integrated networking, and omnipresent intelligence. In this paper, we present a survey on wireless evolution towards the 6G networks with a focus on the main driving forces behind the movement to 6G. In addition, different technologies and uses cases of 6G networks are reviewed in this article. The expected features and key technologies on the network slicing technology with the Artificial Intelligent (AI) enhancement to enabling a multitude of services with varying quality of service (QoS) requirements and its challenge in 6G also will be discussed.
向6G智能无线网络演进:使能技术的动力与挑战
自从世界上第一个蜂窝移动通信服务推出以来,移动通信技术的快速发展和进步导致了每十年可以看到的新一代系统的出现和演变。最近出现的第五代(5G)正在部署,以满足不同技术和设备的新用例需求,并支持未来几年大量的互联网连接设备和物联网(IoT)。然而,已经确定了5G的一些技术问题和更多未实现的期望,这成为推动新一代标准化的重大运动的动力,第六代(6G)意味着将5G功能扩展到更高水平,从而在智能无线网络中实现大规模物联网。预计6G网络将具有先进的网络虚拟化、空-空-地一体化网络和无所不在的智能等关键特征。在本文中,我们提出了一项关于向6G网络演进的无线调查,重点关注向6G移动背后的主要驱动力。此外,本文还回顾了6G网络的不同技术和用例。还将讨论人工智能(AI)增强的网络切片技术的预期功能和关键技术,以实现具有不同服务质量(QoS)要求的多种服务及其在6G中的挑战。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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