H13-821_V2.0-ENU試験無料問題集「Huawei HCIP-Cloud Service Solutions Architect V2.0 認定」

A. Flexible specifications

B. Reliable data

C. Autonomous operation and maintenance

D. Compatible with open source

E. Flexible expansion

A. Business requirements

B. Technical basis

C. Capacity requirements

D. Engineering foundation

A. Provide multi-language SDK for newly-built microservices, and provide low-cost retrofit access capabilities for existing applications.

B. Provide enterprises with Docker container lifecycle management capabilities such as rapid application packaging/deployment, automated operation and maintenance.

C. One-stop microservice management, including service registration, configuration, governance, monitoring dashboard, and transaction consistency management.

D. A series of supporting microservice development tools, including code generation, contract editing, local and remote debugging.

A. Active and standby

B. Stand-alone

C. Proxy cluster

D. Cluster

A. True

B. False

A. Genetic data

B. Medical PACS data

C. Albums and pictures

D. Game and application distribution

E. Video multimedia data

F. Video surveillance on the cloud

A. Data annotation

B. Online coding platform

C. Preset related algorithms for autonomous driving

D. Data processing

A. Industry experience

B. Data

C. Computing power

D. Algorithm

A. In-memory database

B. Office environment

C. Map Reduce and Hadoop distributed computing

D. SAP HANA solution

A. True

B. False

A. Through the configuration of VPC, subnet, security group, DDOS protection and SSL security access and other multi-layer security protection systems, it can effectively resist various malicious attacks and ensure data security

B. The replica set contains multiple replicas. When the primary node fails, DS can achieve a second-level master/backup switch

C. DDS supports read-write separation, and its write operations can only be performed on the master node in the replica set

D. DDS has a high-availability architecture of multi-node replica sets, providing extremely high service availability guarantee

A. FALSE

B. TRUE

A. Local autonomy: does not rely on the offline processing capabilities and self-recovery capabilities of the cloud

B. Low latency: In order to meet the requirements of low latency, it is necessary to build solutions at the nearest "edge" of high-service sites to reduce service processing latency

C. Massive data: The explosive growth of edge data in the Internet of Things era makes it difficult to directly transmit back to the cloud and is costly. The data is analyzed and filtered locally to save network bandwidth.

D. Privacy and security: Data involves the security of enterprise production and business activities, and the company's confidential information and customer privacy are handled at the edge

A. True

B. False

A. You can choose components freely according to the needs of the service, don't have to worry about dependency conflicts, microservices manage their own data

B. Increased failure probability, difficulty in monitoring and tracking, high call frequency, call chain length, increased uncontrollable factors under cross-VM and VAN communication

C. Data is no longer centrally managed and distributed to various microservices. Conventional transaction management cannot cross service boundaries.

D. It is easy to realize automated testing, with clear test cases, clear external dependencies, and easy access to pre-defined AP