Subcomponent Meaning: Definition, Examples, and Translations
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subcomponent
[sสbหkษmpษnษnt ]
Definitions
computer science
A subcomponent is a secondary, often smaller part of a larger component in a system. In computer science, subcomponents can refer to modules or functions within a software application that contribute to the overall functionality. These smaller pieces can be developed and tested independently before being integrated into the larger system. Proper management of subcomponents is crucial for maintaining code quality and ensuring the efficiency of the entire system.
Synonyms
Examples of usage
- The software was built using several subcomponents to enhance modularity.
- Each subcomponent was tested separately for optimal performance.
- Understanding subcomponents is essential for effective debugging.
general context
A subcomponent is any smaller part that plays a role within a more significant component. This can apply to various fields such as engineering, biology, and technology. Subcomponents can affect the performance and functionality of the larger system they belong to. When examining complex systems, identifying subcomponents helps in understanding how each part interacts with others.
Synonyms
fragment, subsection, subunit.
Examples of usage
- The engine has several subcomponents that must function correctly.
- In biology, cells are the subcomponents of tissues.
- The design includes multiple subcomponents for better efficiency.
Translations
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Origin of 'subcomponent'
The term 'subcomponent' originated from the combination of the prefix 'sub-', meaning 'below' or 'under', with 'component', which derives from the Latin 'componere', meaning 'to put together'. The use of 'sub-' indicates a relationship or dependency, typically suggesting that these smaller components operate in relation to a larger entity. In the context of engineering and computer science, the classification of parts into components and subcomponents became more prevalent during the development of modular design principles in the mid-20th century. This modular approach allows for easier updates, repairs, or replacements of individual subcomponents without having to overhaul the entire system. As technology advances, the complexity and interdependence of subcomponents within larger systems continue to evolve, making this term increasingly relevant in various fields.