Tips to Prepare for H13-527_V5.0-ENU HCIP-Cloud Computing V5.0 Exam

Written by victoriameisel » Updated on: October 25th, 2024

The H13-527_V5.0-ENU is the latest version for the HCIP-Cloud Computing Certification. The certification is highly valued in the IT industry and is a great addition to your skills portfolio. In order to successfully pass the H13-527_V5.0-ENU exam, it is important to obtain the latest H13-527_V5.0-ENU HCIP-Cloud Computing V5.0 Exam Dumps from Passcert. These exam dumps are designed to help you prepare for the exam and cover all the topics that will be tested. With the latest H13-527_V5.0-ENU HCIP-Cloud Computing V5.0 Exam Dumps from Passcert, you can be confident in your ability to pass the exam and advance your career in the IT industry.

H13-527_V5.0-ENU HCIP-Cloud Computing V5.0 Exam Dumps

HCIP-Cloud Computing V5.0 Exam Outline

Exam Name HCIP-Cloud Computing V5.0

Exam Code H13-527

Exam Language Chinese/English

Question Type True or false, single-answer questions, multiple-answer questions, drag-and-drop, and fill-in-the-blank questions

Exam Fee USD300

Exam Duration 90 min

Pass/Max 600/1000

Exam Content

The HCIP-Cloud Computing V5.0 exam covers knowledge points of open source OpenStack and HUAWEI CLOUD Stack, including the open source OpenStack architecture, working principles and invoking relationships of key components, and HUAWEI CLOUD Stack architecture, product components, and common components, working principles and usage of basic IaaS services such as HUAWEI CLOUD Stack compute, storage, and network services, HUAWEI CLOUD Stack operations and O&M.

Knowledge Point Proportion

Open source OpenStack architecture, working principles and invoking relationships of key components 30%

Introduction to the HUAWEI CLOUD Stack architecture, product components, and common components 20%

Working principles and usage of basic IaaS services, such as HUAWEI CLOUD Stack compute, storage, and network services 20%

HUAWEI CLOUD Stack operations 10%

HUAWEI CLOUD Stack O&M 20%

Open source OpenStack

OpenStack Architecture

OpenStack Overview

OpenStack Architecture

OpenStack Core Services

Interactions Between OpenStack Projects

OpenStack Dashboard Management

Horizon Overview

Horizon Architecture

Horizon GUIs

OpenStack Identity Management

Keystone Overview

Keystone Architecture

Keystone Object Models

Keystone Working Principles and Processes

OpenStack Image Management

Glance Overview

Glance Architecture

Glance Working Principles and Processes

Glance Image Creation

OpenStack Compute Management

Nova Overview

Nova Architecture

Nova Working Principles and Processes

Nova Typical Operations

OpenStack Storage Management

OpenStack Storage Overview

Block Storage Service: Cinder

Object Storage Service: Swift

OpenStack Network Management

Linux Network Virtualization Technologies

Neutron Overview

Neutron Concepts

Neutron Architecture

Typical Neutron Operations and Processes

Neutron Network Traffic Analysis

OpenStack Orchestration Management

Heat Overview

Heat Architecture

Typical Orchestration Scenarios of Heat

OpenStack Telemetry Management

Ceilometer Overview

Ceilometer Architecture

Ceilometer Data Management

HUAWEI CLOUD Stack architecture, product components, and common components

HUAWEI CLOUD Stack Architecture and Components

HUAWEI CLOUD Stack Solution and Architecture

HUAWEI CLOUD Stack Components and Common Components

Working principles and usage of basic IaaS services, such as HUAWEI CLOUD Stack compute, storage, and network services

Service OM Resource Management

Introduction to Service OM

Compute Resource Management on Service OM

Storage Resource Management on Service OM

Network Resource Management on Service OM

HUAWEI CLOUD Stack Service Overview

Introduction to HUAWEI CLOUD Stack Cloud Services

Introduction to HUAWEI CLOUD Stack General Services

Cloud Migration Cases

HUAWEI CLOUD Stack Compute Services

Overview of HUAWEI CLOUD Stack Compute Services

HUAWEI CLOUD Stack Storage Services

Storage Solution Design

HUAWEI CLOUD Stack Network Services

Overview of HUAWEI CLOUD Stack Network Services

General Network Services

Interworking Services

Value-Added Services

Network Design

HUAWEI CLOUD Stack operations

HUAWEI CLOUD Stack ManageOne ServiceCenter Introduction

Operations Overview

Resources and Organizations

Service Supply

Metering & Pricing

Tenant Maintenance

Multi-cloud Management

HUAWEI CLOUD Stack O&M

HUAWEI CLOUD Stack ManageOne OperationCenter Introduction

Maintenance Overview

Maintenance Functions at the Collection and Control Layer

Maintenance Functions at the Platform Layer

Maintenance Functions in Different Scenarios

Share Free HCIP-Cloud Computing V5.0 H13-527_V5.0-ENU Free Dumps

1.In Huawei Cloud Stack, which of the following descriptions about the configuration and operation of the Service OM interface is correct?

A. During the host expansion process, Service OM cannot implement host expansion and can only implement host group management.

B. Administrators can upload public images, management images, and private images in Service OM in advance to facilitate the later distribution of virtual machines.

C. If users have special specification requirements, the administrator can create specifications with custom labels on Service OM to make the specifications visible to specified tenants.

D. Business virtual machines issued by users on the operation plane can be viewed in the Service OM interface, but operations such as deletion and migration cannot be performed.

Answer: C

2.In OpenStack, which of the following descriptions about the role of Glance is incorrect?

A. Glance is responsible for creating snapshots of virtual machines, but is not responsible for backing up the state of virtual machines.

B. Glance supports querying and obtaining image metadata and the image itself

C. Glance is responsible for the management of the virtual machine image life cycle

D. Glance supports multiple ways to store images

Answer: A

3.In Huawei Cloud Stack, which of the following descriptions about storage resources are correct?

A. The back-end storage with the available partition az0.dc0 can only use shared images to provision business-type virtual machines.

B. The available partition is the back-end storage of manage-az. Only management images can be used to provision management-type virtual machines.

C. Users cannot use the backend storage whose available partition is manage-az.

D. The reuse ratio of back-end storage cannot be modified on the Service OM interface.

Answer: BCD

4.In Huawei Cloud Stack, which of the following fault scenarios are suitable for using the C1oudNetDebug tool for network fault analysis?

A. The cloud private line cannot establish a connection with the peer device.

B. The network between the host storage interface and the storage device service port is blocked.

C. Virtual machines in different VPCs cannot communicate with each other using intranet IPs.

D. The two virtual machines located on the same host and in the same VPC are not connected to each other.

Answer: CD

5.In OpenStack, which of the following descriptions of each component are correct?

A. The core work of Neutron is the abstraction and management of the second-layer physical network.

B. Swift is more suitable for storing dynamic data. It provides RESTful API as the entrance to access. Each object stored has a unique URL.

C. Keystone functions like a service bus. Horizon, Nova, Cinder and other services use Keystone to register their service endpoints.

D. Placement is a resource management project in OpenStack. Its core function is to help users find equipment that meets resource needs.

Answer: ACD

6.Which of the following descriptions of the advantages of Heat are correct?

A. Reduce OpenStack resource usage

B. Reduce OpenStack secondary development costs

C. Manage OpenStack faster and more conveniently

D. Reduce OpenStack platform maintenance costs

Answer: BCD

7.In Huawei Cloud Stack, which of the following cloud services can achieve interoperability between the cloud and the local data center?

A. Virtual Private Network

B. Layer 2 bridging

C. Cloud connection

D. Cloud dedicated line

Answer: AB

8.In OpenStack, which of the following descriptions of Keystone-related concepts are correct?

A. A user cannot be assigned to multiple projects at the same time

B. A user can have different roles in a project

C. A user can only have one role in a project

D. A user can have different roles in different projects

Answer: AC

9.In Huawei Cloud Stack, which of the following descriptions of the core capabilities of the ManageOne operation and maintenance center are correct?

A. Full coverage, the procurement and control system covers all nodes on the management side

B. Massive management, supporting massive network elements and data access

C. Flexible access, supporting two access methods: Agent and driver adaptation.

D. No plug-ins, business logic does not support plug-in development

Answer: ABC

10.Which of the following descriptions about Horizon are correct?

A. Administrators and users can implement life cycle management of instances through Horizon

B. Administrators and users can create subnets and assign IP addresses through Horizon

C. Horizon is one of the global components of OpenStack and has no dependent services in the OpenStack cloud environment.

D. Horizon is one of the global components of OpenStack and provides a web management interface to interact with other OpenStack services.

Answer: ABD

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