loose coupling
The concept of "loose coupling" is essential in various fields, promoting flexibility, adaptability, and ease of maintenance by minimizing dependencies between components or systems.
Definition
C1Software Engineering
(technical)A design approach where software modules have minimal dependencies on each other, allowing for easier modification and maintenance.
Example
- The system's loose coupling ensures that updates to one module do not break others.
- Loose coupling between services allows for independent scaling.
C1Organizational Theory
(academic)A scenario where different parts of an organization are weakly connected, enabling greater local autonomy and flexibility.
Example
- Loose coupling in the organization allows departments to operate independently.
- The company's loose coupling fosters innovation at the team level.
C2Mechanical Engineering
(technical)A connection between components that allows for some movement or flexibility, reducing force transfer.
Example
- Loose coupling in the machinery reduces the transmission of vibrations.
- The loose coupling between parts enhances the system's durability.
C2Biology
(technical, academic)A phenomenon where different biological processes or components are not tightly linked, allowing for greater adaptability.
Example
- Loose coupling in metabolic pathways allows organisms to adapt to changing environments.
- The loose coupling of neural networks contributes to the brain's flexibility.
Similar
Terms that have similar or relatively close meanings to "loose coupling":