绿色 6G:设计中的能源意识

Rashmi Kamran, Shwetha Kiran, P. Jha, A. Karandikar, P. Chaporkar
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引用次数: 0

摘要

第六代(6G)网络(基于国际电信联盟的 IMT-2030 框架)的使用和应用趋势包括身临其境的多媒体和多感官交互、数字孪生和虚拟世界、智能工业、数字健康和福祉、传感和通信的集成以及无处不在的连接、智能和计算。6G 技术可支持如此多样和苛刻的用例场景,预计还将最大限度地减少能源的使用并提高能源利用效率。除了服务于上述用例场景外,为应对环境可持续性挑战而设计的 6G 网络可命名为 "绿色 6G"。在 "绿色 6G "中,建议将能源意识纳入设计,并在网络层面优化能源使用。可向用户提供网络服务级能源使用信息,包括能源来源(可再生或不可再生资源),并在网络服务提供时考虑用户的选择。在此背景下,标准化机构正在开展各种活动,将能源意识引入网络设计。我们总结了这些标准化活动,并指出了现有移动网络中尚未解决的问题。此外,我们还介绍了未来网络所需的绿色 6G 设计功能,并强调了相关挑战。我们还提供了绿色 6G 架构的设计视角,作为朝这个方向迈出的一步。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Green 6G: Energy Awareness in Design
Usage and application trends for Sixth Generation (6G) networks (based on ITU's IMT-2030 framework) include immersive multimedia and multi-sensory interactions, digital twin and virtual world, smart industries, digital health and well-being, integration of sensing and communication along with ubiquitous connectivity, intelligence, and computing. 6G technology to support such diverse and demanding use case scenarios is also expected to result in minimized and efficient usage of energy. 6G networks designed to address the challenge of environmental sustainability in addition to serving the above use case scenarios can be named “Green 6G”. In Green 6G, the proposal is to include energy awareness in its design along with energy usage optimization at the network level. Users can be provided with information on service-level energy usage in the network including the source of energy (renewable or non-renewable sources), and their (user's) choice should be taken into consideration for service delivery in the network. In this context, there are various ongoing activities in standardization bodies to bring energy awareness into network design. We summarize these standardization initiatives and identify aspects which remain unaddressed in the existing mobile networks. Further, we present the required features of Green 6G design for future networks and highlight associated challenges. We also provide a design perspective for Green 6G architecture as a step towards this direction.
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