display network-slice usage statistics interface命令用来查看接口下总带宽,预留带宽,剩余带宽,接口下可配置切片数,接口下剩余可配置切片数,接口下每个切片实例的具体信息:切片实例ID,接口下该切片占用带宽,切片状态。 该命令仅在S8700-6,S8700-10产品上支持。 命令格式 display network-slice usage statistics interfac...
network-slice enable命令用来使能网络切片。 undo network-slice enable命令用来去使能网络切片。 缺省情况下,不配置网络切片使能。 命令格式 network-slice enable [ slot slotId ] undo network-slice enable [ slot slotId ] 参数说明 参数参数说明取值 slot slotId 指定槽位号,仅在指定槽位使能切片时需要,全局...
Network slicing is a new network architecture that provides multiple logical networks on the same shared network infrastructure. Each logical network serves a specific service type or industry user. Each network slicecanflexibly define its logical topology, SLA requirements, reliability, and security leve...
End-to-end network slice orchestration and assurance Nokia's Digital Operations Center provides a comprehensive solution to effectively manage the design, deployment and assurance of slice-based services end-to-end and at scale. Nokia Orchestration Center is where the end-to-end slice-based service...
Network slicing, operators can easily create several virtual network on top of a common physical infrastructure, including the radio access, core and transport network with each network slice meeting the needs of a specific service. This will enable effi
管理2策略控制2用户面功能3会话管理3接入管理3传输传输传输EdgeDCCoreDCNFVIIPNetworkBackhaulNFVISharednetworkinfrasturcture统一基础设施平台定制性质量可保证隔离性/丏用性统一平台4网络切片的价值统一基础设施按需定制按需隔离NetworkSliceasaService(网络切片即服务)PerformanceGuaranteed(性能可保障)•为丌同垂直行业提供...
Nokia Orchestration Centeris where the end-to-end slice-based service management lifecycle begins. At this point, service-level agreements (SLAs) will be designed-in to the services and this ensures that the templates, models and policies of services are common throughout each slice instance lifec...
NetworkSliceStatus Fields NameValueDescription Unknown0 Configured1 Allowed2 RejectedNotAvailableInPlmn3 RejectedNotAvailableInRegisteredArea4 DefaultConfigured5 Applies to ProductVersions .NET for Android.NET for Android API 33, .NET for Android API 34 ...
5G air interfaces can be sliced dynamically or semi-dynamically. Several concurrent network slices can be deployed on a common physical infrastructure; for example, a critical communications slice would provide ultra-low latency channels while the IoT slice would deliver a massive number of con...
5G air interfaces can be sliced dynamically or semi-dynamically. Several concurrent network slices can be deployed on a common physical infrastructure; for example, a critical communications slice would provide ultra-low latency channels while the IoT slice would deliver a massive number of connections...