Modularity: meaning, definitions and examples

🧩
Add to dictionary

modularity

 

[ ˌmɒdʒʊˈlærɪti ]

Context #1

computer science

The degree to which a system's components may be separated and recombined, often with the benefit of flexibility and variety in use.

Synonyms

adaptability, flexibility, versatility

Examples of usage

  • Software modularity allows for easier maintenance and updates.
  • Modularity in design enables scalability and adaptability.
  • Systems with high modularity are easier to debug and test.
Context #2

biology

The degree to which a system's components may be separated and recombined, often with the benefit of evolutionary advantages.

Synonyms

compartmentalization, segmentation, specialization

Examples of usage

  • The modularity of genetic networks contributes to the adaptability of organisms.
  • Modularity in biological systems allows for specialization of functions.
Context #3

architecture

The use of standardized units or dimensions in the design and construction of buildings or other structures.

Synonyms

consistency, standardization, uniformity

Examples of usage

  • The modularity of the prefabricated components simplified the construction process.
  • Architectural modularity allows for quick and efficient assembly.

Translations

Translations of the word "modularity" in other languages:

🇵🇹 modularidade

🇮🇳 मॉड्यूलरिटी

🇩🇪 Modularität

🇮🇩 modularitas

🇺🇦 модульність

🇵🇱 modularność

🇯🇵 モジュール性

🇫🇷 modularité

🇪🇸 modularidad

🇹🇷 modülerlik

🇰🇷 모듈성

🇸🇦 التجزئة

🇨🇿 modularita

🇸🇰 modularita

🇨🇳 模块化

🇸🇮 modularnost

🇮🇸 móduleika

🇰🇿 модульділік

🇬🇪 მოდულარობა

🇦🇿 modulluq

🇲🇽 modularidad

Word origin

The term 'modularity' originated in the field of architecture, where it referred to the use of standardized units or dimensions in building design. Over time, the concept of modularity has been adopted in various disciplines, including computer science and biology, to describe the degree to which components of a system can be separated and recombined. The idea of modularity promotes flexibility, adaptability, and efficiency in the design and construction of complex systems.