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人工智能与6G的融合.pdf

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1、1The Integration of AI and 6GExploring AI-Native air interfaces,use cases,and validation techniques for enhanced network performanceMattia Lecci one6G Summit 2025-Bologna2Keysight Participation to Cooperative EU Projects in 6G,AI,Metrology28Countries58Universities31R&D Institutions/Metrology Institu

2、tes41Network Operators/Industry Leader100High-tech Small and Medium-sized Enterprises 6GSatNetMAORI5GENIBUSThe integration of AI and 6G-Mattia Lecci 3 When and How AI Meets 6G?Wireless Testing with AI Why is it Different?6G AI-Based Models Validation Solution 6G AI Neural Receiver Design Solution Co

3、nclusionAgendaThe integration of AI and 6G-Mattia Lecci 46G Key Technologies and How AI impact ThemAI will speed up design cycles for complex circuits by improving data handling,simulations,and digital complianceAI will improve network performances by learning from historical data and adapting to ch

4、anging conditionsDigital twins provide a sandbox for experimentation and a source of synthetic data used for AI/ML algorithm trainingAI boosts JCAS systems by using deep learning to filter noise,detect patterns,and extract useful informationAI and ML solutions are can effectively discern patterns wi

5、thin dynamic,multi-dimensional data,providing superior performanceAI can implement advanced encryption techniques and privacy-preserving algorithms to protect user dataAIJCAS The integration of AI and 6G-Mattia Lecci 5Toward a 6G AI-Native Air InterfaceThree main stepsEncodingSymbol MappingModulatio

6、n/WaveformSync.Channel EstimationEqualizationSymbol DemappingDecodingMLMLMLMLMLMLML Deep RXMLMLMLTransmitterReceiverJ.Hoydis,F.A.Aoudia,A.Valcarce .V w ,“T w 6G -N ve e f e,”EEE M z e May 20215GThe classical architecture5G-AdvancedML replaces/enhances individual processing blocksML replaces multiple

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根据报告的内容,全文主要内容概括如下: - **6G与AI的融合**:6G将集成先进的AI技术,实现端到端优化和自动化操作,提升网络性能。 - **AI在6G中的应用**: - AI加速复杂电路设计,提高数据处理和模拟效率。 - AI通过学习历史数据适应变化条件,提升网络性能。 - 数字孪生用于实验和AI/ML算法训练。 - AI增强JCAS系统,通过深度学习过滤噪声、检测模式和提取信息。 - AI和ML在处理动态、多维数据时表现出色。 - AI实现高级加密和隐私保护算法。 - **6G AI原生空接口**:AI将设计部分空中接口(PHY/MAC)。 - **AI在无线测试中的应用**:AI在测试中用于评估系统性能,包括硬件在环测试和黑盒测试。 - **6G AI模型验证**:AI模型验证涉及将通信变量转换为AI/ML术语,并使用特定硬件和软件进行测试。 - **6G AI神经网络接收器设计**:神经网络接收器通过模拟用户设备(UE)和信道模型进行训练和测试,以提升性能。 - **结论**:6G将引入革命性能力,实现超低延迟、高可靠性和大规模连接。
未来网络革新揭秘" "AI赋能6G,测试新篇章" 性能突破新境界"
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