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车联网场景下数字孪生网络架构及关键技术研究

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智能化已成为未来车辆的核心特征之一,通过在网络端建立数字孪生体,能够满足车辆智能化的多重需求.一方面,数字孪生体为车辆提供了非实时智能化辅助管理,另一方面,它支持车辆实时智能化辅助驾驶.该研究针对这一需求,对智能车辆的两大类智能场景进行了深入分析,并提出了一种车联网场景下数字孪生网络新型架构,还对车辆数字孪生体的感知构建、管理、迁移、联邦学习、仿真优化决策等关键技术进行了详尽分析,以解决孪生体孪生感知、高效管理、随车迁移和模型通用泛化等方面的挑战,为运营商服务智能车辆提供了有效、可行的实现方法和路径.
Research on Digital Twin Network Architecture and Key Technologies in Vehicular Networking Scenarios
Intelligence has become one of the core features of future vehicles,and by establishing a digital twin on the network side,it can meet the multiple needs of vehicle intelligence.On the one hand,the digital twin provides non-real-time intelligent assisted management for vehicles,and on the other hand,it supports real-time intelligent assisted driving for vehicles.The study addresses this need,provides an in-depth analysis of two major types of intelligent scenarios of intelligent vehicles,and proposes a novel architecture of digital twin network in vehicle networ-king scenarios,and also thoroughly analyzes the key technologies of perception construction,management,migration,federated learning,and simulation-optimized decision making of digital twins for vehicles,in order to solve the twin perceptions,efficient management,migration with the vehicle,and generalized generalization of models of the twins and other challenges,provi-ding effective and feasible realization methods and paths for operators to serve intelligent vehi-cles.

6GDigital Twin,V2XFederated LearningModel MigrationSimulation Opti-mization

王全、杨建军、周建锋

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中兴通讯股份有限公司,江苏南京 210012

移动网络和移动多媒体技术国家重点实验室,广东深圳 518055

6G 数字孪生体 V2X 联邦学习 模型迁移 仿真优化

2024

长江信息通信
湖北通信服务公司

长江信息通信

影响因子:0.338
ISSN:2096-9759
年,卷(期):2024.37(3)
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