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stability of a system
/ˈstɛɪbəˌlɪti ɒv ə ˈsɪstəm/
a system's ability to maintain consistent performance
The stability of a system is crucial for reliable operations.
A system's ability to maintain consistent performance is essential for reliable operations.
Engineering
technical
the ability of a system to maintain its intended performance and behavior under varying conditions
Engineers test the stability of a system to ensure it can handle unexpected loads.
Engineers evaluate a system's ability to maintain performance under unexpected conditions.
Stability is often measured in terms of response time, error rates, and recovery mechanisms.
Technology
technical
the reliability and consistency of a system's outputs over time
The stability of a system is critical for cloud computing platforms.
Reliable and consistent performance is essential for cloud computing systems.
In software engineering, stability often refers to the absence of crashes or unexpected failures.
Collocations
ensure stability of a systemto guarantee consistent performancetest stability of a systemto evaluate reliability under stress
Related Phrases
Pro Tip
Technical vs. General Use
In engineering, 'stability' often refers to mathematical or physical consistency, while in general contexts, it may describe reliability.
Gold Rule
Key Consideration
Stability is a critical metric for systems that require high availability and reliability.
Word Origin
Derived from 'stability' (from Latin 'stabilitas') and 'system' (from Greek 'sustema'), referring to the steadfastness of organized structures.
Usage Notes
In technical contexts, stability often refers to a system's ability to resist disturbances and maintain functionality. In general usage, it can describe any system's dependability.
Word Breakdown
stability
the quality of being stable or steady
rootsystem
a set of interconnected components working together
rootEnglish Dictionary