未来第6 代移动通信系统(6G) 网络服务支持虚实结合, 实时交互, 亟需快速匹配多租户个性化
服务需求, 对此, 提出了一种两层递阶的网络切片智能管理方案, 上层部署全局资源管理器 …

In the future, the sixth generation of mobile communications system (6G) network services
merge reality and virtual reality, and support real-time interaction. It is urgent to quickly …

Next generation wireless networks are expected to support diverse vertical industries and
offer countless emerging use cases. To satisfy stringent requirements of diversified services …

针对未来全域, 全场景多样化的业务需求, 6G 网络需要提供场景化, 个性化的服务能力.
针对未来细粒度业务服务质量保障问题, 提出了6G 网络任务卸载与细粒度切片资源调度联合 …

The elastic reconstruction of 5G network services is expected to provide the capability of
network slice orchestration to access the network on demand, guarantee service experience …

In response to the diverse business needs of the future in all domains and scenarios, 6G
networks need to provide scenario-based and personalized service capabilities. Aiming at …

5G will serve heterogeneous demands in terms of data-rate, reliability, latency, and
efficiency. Mobile operators shall be able to serve all of these requirements using shared …

In 5G slice networks, the multi-tenant, multi-tier heterogeneous network will be critical in
meeting the quality of service (QoS) requirement of the different slice use cases and in …

Abstract 5G core network slicing is an important component of 5G end-to-end slicing, which
divides the physical network into multiple logical networks to handle various critical service …

To achieve the service-oriented features of the 5G, network slicing aims to create logical
virtual networks where multiple services are provided on a common physical infrastructure …