Huawei
H13-831_V2.0 · Question #2473
High availability architecture design can linearly increase system processing capacity by adding devices, allowing for greater traffic and concurrency. Different types of systems have different…
The correct answer is B. A single-machine system can continuously improve its parallel processing capabilities by adding. See the full explanation below for the reasoning.
Cloud Service Solution Architecture Theory and Practice
Question
High availability architecture design can linearly increase system processing capacity by adding devices, allowing for greater traffic and concurrency. Different types of systems have different bottlenecks and require different solutions. Which of the following descriptions of scalability design for different types of systems is wrong?
Options
- AThe database system can expand the system processing capacity by adding read-only instances to
- BA single-machine system can continuously improve its parallel processing capabilities by adding
- CCluster systems can improve system performance by horizontally expanding the number of nodes
- DStateless services and components in a microservices architecture can be easily expanded based on
How the community answered
(48 responses)- A17% (8)
- B73% (35)
- C6% (3)
- D4% (2)
Topics
#high availability#scalability design#horizontal scaling#vertical scaling limits
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