is a fundamental concept encountered in various fields, including computer science, art, and programming. In computer science, refers to hiding internal implementation details and providing a simplified view of complex data structures. This is typically achieved with the use of es and s.
At a higher level, an acts as an intermediary between two components or systems, providing a simplified interface that conceals the complex inner workings. It allows components to communicate and interact without having to understand the intricacies of each other's implementation. This concept is widely used in software development to create modular and scalable architectures.
, on the other hand, involves breaking down complex procedures or algorithms into smaller, more manageable subroutines. By encapsulating the implementation details within these subroutines, developers can focus on the overall functionality without being burdened by the intricate steps involved.
Abstraction extends beyond the realm of computer science and finds its way into art as well. refers to the practice of representing objects or ideas in a simplified, non-representational, or symbolic manner. Artists often create abstract artworks to convey emotions, concepts, or purely aesthetic expressions without relying on realistic depictions.
Keywords
abstract class | abstraction layer | abstraction in art | procedural abstraction | data abstraction | abstraction | abstract data type |
