A. True
B. False
A. SCMA
B. FDMA
C. TDMA
D. CDMA
A. Traceability.
B. Integrity
C. Confidentiality
D. Availability .
A. Too many connections
B. Large bandwidth
C. Low latency
D. High network reliability
A. Phase 1.2
B. Phase 2.2
C. Phase 1.1
D. Phase 2.1
A. 5GAA
B. OTSA
C. X.lab
D. 3GPP
A. Rendering with high requirements on latency is deployed close to user that service data does not need to be transmitted to the core network.
B. The edge cloud deployment architecture is recommended to meet the low latency requirements of services.
C. AR/VR images and audios are efficiently encoded into audio and video streams in the client.
D. The cloud computing capability is used to run, render display, and control AP Applications.
A. Fewer FO engineers, replacing humans by machines
B. Traditional O&M jobs still exist, but some jobs are automated
C. Add application operation and maintenance engineers
D. Site operation and maintenance positions exist, and personnel need to increase
A. GSM-V2X
B. 5G=V2X
C. UMTS-V2X
D. LTE-V2X
A. Automatic Power Distribution
B. Collection of electricity consumption information of the whole network
C. Remote meter reading
D. Line video surveillance
A. Millisecond-level ultra-low latency
B. high reliability
C. massive access form tens of millions of terminals
D. high isolation
A. deployment based on legacy 4G networks
B. requiring continues coverage provide by 5G base stations
C. low investment in the initial phase of 5G deployment
D. capable of provisioning new services such as URLLC
A. Network function are combined and deployed as required
B. Network service are not open to external system
C. Service-based interface
D. Network functions are decoupled and modularizedd.
A. Augmented Reality AR
B. 4K and 8K HD video
C. Internet of Vehicles
D. Virtual Reality VR
