loose coupling

Loose coupling describes the way components of a system are related.

Loose coupling of services can be enhanced by reducing the information passed into a service to the key data.

Loose coupling provides buffer between your database and the outside world.

Because loose coupling is difficult to determine, the opposite is not true.

A description of the different loose coupling relations follows.

Loose coupling relations do not refer to a specific version of a module - only to its name.

Recently, a loose coupling of open loop pursuit and attention was suggested, when there is only one possible moving target.

Loose coupling between program components can be enhanced by using standard data types in parameters.

It also allows small packages of behavior, improving coherence and loose coupling.

In its general form, the LoD is a specific case of loose coupling.

This results in a loose coupling between the sub-systems.

Loose coupling relations are there to make quality assurance inspections practicable.

High cohesion often correlates with loose coupling, and vice versa.

This is achieved by designing modules so they have high cohesion and loose coupling.

Mediator allows loose coupling between classes by being the only class that has detailed knowledge of their methods.

Again, the loose coupling or decoupled nature of this functional object is apparent.

This pattern promotes the idea of loose coupling, which is considered a programming best practice .

Service based communication allows for a loose coupling between the agents which form an agent based application.

There are two classes of relationships: loose coupling and tight coupling.

In some cases, loose coupling may not be possible due to reliance on hardware, mechanical systems, or specialized instruments.

Loose coupling in computing is interpreted as encapsulation vs. non-encapsulation.

The decoupling or loose coupling is immediately apparent.

These findings suggested loose coupling between electron transport and oxidative phosphorylation.

Building SOA requires the loose coupling of services as a starting point.

Service-orientation requires loose coupling of services with operating systems and other technologies that underlie applications.