How Can Reconfigurable Intelligent Surfaces Drive 5G-Advanced Wireless Networks: A Standardization Perspective

Ruiqi Liu, G. Alexandropoulos, Qing-He Wu, Mengnan Jian, Yuanwei Liu
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引用次数: 7

Abstract

The reconfigurable intelligent surface (RIS) is a promising technology for achieving smart radio environment in future wireless networks with significantly reduced cost. While most existing works focused on several theoretical challenges of RIS empowered wireless communication systems, the engineering and standardization aspects taking into account practical implementation constraints regarding deployment costs and compatibility have not been investigated clearly yet. To fill this gap, this paper provides an overview of the RIS enabled opportunities for the fifth generation (5G) Advanced and also highlight the critical requirements and challenges from a standardization perspective. In particular, the use cases and deployment of RIS, the realistic channel models, the smart RIS control, and the interference management of multiple RISs are elaborated.
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可重构智能表面如何驱动5g先进无线网络:标准化视角
可重构智能表面(RIS)是在未来无线网络中实现智能无线电环境的一种很有前途的技术,可以显著降低成本。虽然大多数现有的工作都集中在RIS授权无线通信系统的几个理论挑战上,但考虑到部署成本和兼容性等实际实施限制的工程和标准化方面还没有得到明确的研究。为了填补这一空白,本文概述了第五代(5G)先进的RIS支持机会,并从标准化的角度强调了关键要求和挑战。重点阐述了RIS的用例和部署、现实信道模型、智能RIS控制以及多个RIS的干扰管理。
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