A. option 2
B. option 7
C. option 3
D. option 5
A. True
B. False
A. real-time construction audio video
B. operational control .
C. surgery footage
D. control desktop
A. GSM
B. WCDMA
C. LTE
D. CDMA
A. low cost
B. Mobility
C. Intelligent
D. Remote
A. Real-time call
B. Communication between doctors and patients
C. Operation controlc.
D. Ultrasonic imaging
A. Field test of the SA architecture
B. Inter-vendor compatibility test.
C. Indoor test of the SA architecture
D. Field test of the NSA architecture.
A. Voice-base dispatch service (trunking group)
B. Intelligent meter reading
C. Mobile operations
D. Power distribution network protection and control
A. HD Voice
B. Telemedicine
C. Autonomous driving
D. Smart Industrial Manufacturing
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. Autonomous driving
B. Internet of Vehicles
C. 4K video
D. VR
A. BBU
B. CU
C. AAU
D. DU
A. patient locating
B. A.remote consultation
C. remote surgery
D. wireless monitoring
A. face time
B. 8k VR
C. tik tok
D. 1080 video
A. 2000 m
B. 60 m
C. 1000 m
D. 100 m
A. SPTN deployment enhances business flexibility
B. Network Slicing Evolution: FlexE
C. Bandwidth evolution: 50/200/400GE
D. Service Evolution: SR-TP/L3