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迈向 6G——实用路径、智能网络和现实世界的测量挑战.pdf

上传人: s****e 编号:944328 2025-10-19 17页 2.85MB

1、Dr.Taro EichlerToward 6G:Practical Pathways,Intelligent Networks,and Real-World Measurement Challengesone6G Summit 2025,BolognaSeptember 18,2025,14:45 16:00 Session 3:Industry Perspective on 6G6G Timeline&StandardizationEvolution from 5G Advanced 6G(2030)AI as the Heart of 6GAI in RAN(3GPP)AI-native

2、 air interfaceNeural receivers&digital twinsIntegrated Sensing&Communication(ISAC)Object&motion sensingHuman-centric measurementsTHz&Photonics FrontiersChannel measurementsPhotonic demonstratorsTake-awaysOverviewRohde&Schwarzone6G Summit 20253GPP standardization and regulationOn the way towards plan

3、ned 6G launch in 2030320222023202420252026202720282029203120302032Rel-18XR,AI,energyRel-19AI/ML,XR,WUS/WURRel-206G Study ItemTBDRel-20NTN,FRMC,energy1st 6G networks/devicesWe are hereITUWRC-27ITUWRC-31EMEAAmericaAPAC4.4-4.87.125-8.414.8-15.35FCC:12.7-13.256G spectrum investigations for WRC-27RAN1RAN

4、2/3/4Working assumption,not confirmed(Rel-21 timeline decided no later than June 2026)Rel-216G Work ItemRel-226G evolution3GPP RAN/SA6G workshopMarch 2025Rohde&Schwarzone6G Summit 20253GPP Plenary June 2025,Prague:Rel-20(6G Study Item)Towards lean,streamlined and market-relevant specifications4Integ

5、rated sensing andcommunication(ISAC)Sensing-assisted communication Communications-assisted sensing.Key values3GPP aims to create lean and streamlined 6G standardsFocus areas include:Selecting an appropriate set of functionalities Minimizing multiple options for the same function Avoiding excessive c

6、onfigurationsExceptions must be well justified.Sustainability and energy efficiency Native and joint design todeliver network and deviceenergy savings.AI in RAN Extensible AI framework,built on 5G-Advanced,and exploring new use cases.AI use cases include AI-enhanced receiver performance,AI-aided mob

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根据报告的内容,全文主要内容概括如下: - **6G发展时间线**:预计2030年推出,目前处于标准化和研发阶段。 - **关键技术和应用**: - **人工智能(AI)**:作为6G的核心,应用于无线接入网络(RAN)、信道状态信息(CSI)压缩、神经接收器和数字孪生。 - **集成传感与通信(ISAC)**:结合通信和环境感知,如物体和运动感知、人本测量。 - **太赫兹与光子学**:用于信道测量和光子演示。 - **标准化与规范**:3GPP致力于创建精简、高效且市场相关的6G标准。 - **AI应用案例**:如AI增强接收器性能、AI辅助移动测量和定位。 - **频谱**:考虑使用现有频谱和新频谱(如7-15 GHz)。 - **测试与验证**:通过数字孪生和对象仿真进行测试,确保技术可行性。
AI如何引领未来?" 揭秘神经接收器与数字孪生" 探索THz与光子学前沿"
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