Share Latest Aug-2023 BL0-100 DUMP with 67 Questions and Answers [Q18-Q38] : Valid Premium Exam : http://premium.validexam.com

NO.18 Which of the following best defines what is meant by Network Slice isolation?

Security + Cloud isolation

Resource + Security isolation

Transport + Cloud isolation

Resource + Traffic isolation

NO.19 Which standards organization defines the EAP protocol?

IETF

ITU

ETSI

3GPP

NO.20 You are working in a logistics company. Your manager is telling you that automation is very important to create more opportunities for the company. His idea is to deliver parcels using drones. With this in mind, he asks you if a 4G network provides good connectivity for controlling the delivery drones. How would you answer him and why?

Yes, 4G provides a connectivity network but, it is quite expensive. WIFI may be a preferable option.

No, a 4G network is not a good choice for drone control because big operators (with whom we cannot deal) mainly deliver it.

No, a 4G network cannot deliver the required connectivity. It is not able to guarantee the latency and reliability required for drone control.

Yes, the drone control application can be hosted in the cloud and the 4G network can provide the speed needed to reach the application and control the drones.

NO.21 What does 5G bring to Industry 4.0? (Choose two.)

5G will generate a huge amount of data and Information Technology will provide the computing platform with analytics and AI.

5G provides the connectivity (bandwidth, latency and reliability) needed to exchange data for OT and IT functionality.

5G brings nothing to Industry 4.0.

5G will generate a huge amount of data with mMTC and IT platforms are expected to suffer from this.

NO.22 In a 5G Transport network, the encryption protection of the user and control plane are provided by which of the following?

IPSec

Access Control List

SSH

X25

NO.23 Imagine that you are defining the 5G network requirements for the Industrial Automation of a port, what is the set of 5G technology enablers and horizontal applications that makes sense?

Automation of cargo handling and integration with the logistics chain is an Autonomous Container Transport vehicles that requires 5G NR, Edge cloud and High SLA slices.

Automation of cargo handling and integration with shorter ship turnaround times through improved predictability of operations is a video inspection system of important large infrastructure that requires
5G NR, FWA and High SLA slices.

Automation of cargo handling and integration with the logistics chain is an Autonomous Container Transport vehicles that requires 5G NR, central cloud and FWA.

NO.24 What is the best solution for deploying an optimal network function distribution?

Using duplicated Virtual Network Functions

Using Virtual Network Functions to control the routing

Using Virtual Network Functions orchestrated across various Cloud Data Centers

Using Virtual Network Functions in Access

NO.25 What does the acronym SOAR stand for?

Security Orchestration Automation and Recovery

Security Optimization Accountability Recovery

Security Orchestration Automation and Response

Securitization, Optimization, Access Control, and Resiliency

NO.26 In terms of scalability, flexibility, and capacity, which of the following would overcome 4G limitations?

Service based architecture, stateless network functions, Cloud-ready network functions and modular network functions.

Client/Server architecture, stateless network functions, Cloud-ready network functions and modular network functions.

Client/Server architecture, Cloud-ready network functions, and modular network functions.

NO.27 The network of the future is the key to supporting the digitization and automation of many industries. This network should support diverse requirements from different applications using it. To do that, the network should have a new architecture. Which of the following best describe the elements of the new 5G end-to-end network architecture?

Wireless Access, Optical Transport, and a dedicated Core Network for wireless access running in a Central Cloud.

Multiple access types (not only wireless), Optical Transport, Multi-cloud, and dedicated Core for every type of access.

Public sector element, a smart city element, a health element, a transport and logistics element, and an industrial element.

Massive Scale Access combining many wireless and wired access types, Smart Network Fabric as transport (combining optical and IP network elements, controlled by SDN), a Universal Adaptive Core network supporting all access types, a Multi-cloud system including central, regional, edge, public, private, and hybrid cloud, and Automation and Analytics providing flexibility in the network to serve different applications.

NO.28 You and a colleague are discussing the challenges to be resolved in order to make digitization and automation a reality in all industries. He is arguing that the solution is to have faster access connectivity, but you don’t agree. You are trying to convince him of the need for an end-to-end solution. The new 5G network should be built end-to-end to enable industries’ quest for value. What arguments can you provide to support your position?

Increasing throughput is not enough. A faster and automated transport network, a distributed cloud where applications would run depending on their latency and reliability requirements, a core network that automatically handles any type of access, and a security framework to guarantee the security in every layer of the network are also needed.

The network consists of many layers that include access, transport, core, cloud, and all of the applications running in the cloud. Increasing throughput in access is not enough. The bit rate needs to be increased in all of the other layers as well.

Increasing the access throughput might be worthwhile but applications that support a higher bit rate should also be a consideration.

Increasing the throughput is enough. There is no need to change the network end-to-end.

NO.29 You have a trainee at your company and you are mentoring him. The trainee came across the term “Network Slicing”. He asks you what is “Network Slicing” and why do we need it?

Network Slicing is just like the OSI model. It is the division of the network into layers horizontally from the physical to the application. It is needed to specify which layer a service resides.

Network Slicing is a technology that allows the network to serve applications with different sets of requirements in terms of latency, reliability, capacity, density, and such. Every application has a set of requirements different from others. With network slicing, we give every application what it needs from the network.

Network Slicing is an end-to-end “virtual private service”, extending across access, transport, core, and cloud. It is a general term used to define in which piece of the network we are.

Network slicing is a new technology to divide the network among users. It is needed for confidentiality purposes.

NO.30 Imagine that you are defining the 5G network requirements for the Industrial Automation of a port, what is the set of 5G technology enablers and horizontal applications that makes sense?

Automation of cargo handling and integration with the logistics chain is an Autonomous Container Transport vehicles that requires 5G NR, Edge cloud and High SLA slices.

Automation of cargo handling and integration with the logistics chain is an Autonomous Container Transport vehicles that requires 5G NR, central cloud and FWA.

NO.31 In terms of universal access requirements, which of the following would overcome 4G limitations?

Unified access across 3GPP and non-3GPP technologies, Multi-Access and Wireline-Wireless convergence.

Universal database with unstructured data repository and Wireline-Wireless convergence.

Multi-Access and Point-to-point APIs.

Universal database with unstructured data repository and Wireline-Wireless convergence.

NO.32 What will 5G bring in terms of supporting requirements of industry automation? (Choose three.)

Low latency characteristics in the range of 5 to 10 ms for High Speed Discrete Automation Applications.

Low latency characteristics in the range of 0.1 to 1 ms for Video Monitoring and AR.

Low latency characteristics in the range of 100 to 200 ms for Remote Control Tele-operation Applications.

Low latency characteristics in the range of 50 to 100 ms for Discrete and Process Automation Applications.

NO.33 What is the purpose of the secondary authentication feature?

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

To improve authentication when connecting to different network slices.

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

To authenticate the User Equipment with an external data network.

NO.34 Which of the following is not a 5G Transport challenge?

Dynamic & elastic traffic patterns

High Density and Flexible X-haul

Explosive traffic growth

End-to-End TDM Synchronization

NO.35 What is the best way to ensure robust slicing isolation?

By implementing resource isolation and security isolation on the network slice

By implementing virtual firewall on the network slice

By implementing traffic isolation on the network slice

By implementing user and control planes separation on the network slice

NO.36 Which of the following are the elements that drive Access capacity growth? (Choose three.)

Support of wireless backhauling

Integration of 4G and Wi-Fi radio in 5G access

More micro, small and ultra-small cells

5G Home box can provide 5G wireless access

NO.37 What are the five key features of 5G Core?

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

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

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

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

NO.38 Which of the following are benefits of massive MIMO? (Choose three.)

Increased spectral density

Increased transmission robustness with transmit diversity

Increased throughput per user

Reduced latency