A.  

The drone control application needs very low latency to maneuver around obstacles, while the video application would need less latency. Both applications would be running in the central cloud.

B.  

The drone control application needs low latency and high reliability from the network and should run in the edge cloud. The video application needs higher throughput but it is not sensitive from the latency and reliability point of view. It can run in a central cloud.

C.  

Both applications should run in the edge cloud because the drone control and video applications both require low latency and high reliability from the network.

D.  

The drone control application should run through a central cloud. The video streaming application should run in the edge cloud because it carries much data, and that is expensive to run through the central cloud.

A.  

Low peak and end-user-experience throughput

B.  

Low reliability

C.  

High latency

D.  

Beamforming is not supported

A.  

Dynamic Control plane, Adaptive Architecture, Converged-Access-Network, Stateless and Network Self- healing

B.  

Dynamic Control plane, Service Based Architecture, Multi-Access-Network, State-efficiency and Network Slicing

C.  

Dynamic Control plane, Adaptive Architecture, Multi-Access-Network, Stateless and Network Slicing

D.  

Control and User Planes Separation, Service Based Architecture, Multi-Access-Network, State-efficiency and Network Slicing

A.  

To improve authentication between the User Equipment and the 5G Core.

B.  

To improve authentication when connecting to different network slices.

C.  

To authenticate the User Equipment coming from an untrusted non-3GPP access (N3IWF).

D.  

To authenticate the User Equipment with an external data network.

A.  

IPSec

B.  

Access Control List

C.  

SSH

D.  

X25

A.  

Avoid massive database corruption

B.  

Provide real time access to the databases

C.  

Enable scalability and extreme resiliency in the 5G Core

D.  

Ensure the database integrity