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- Abstraction_(computer_science) abstract "In computer science, abstraction is a technique for managing complexity of computer systems. It works by establishing a level of complexity on which a person interacts with the system, suppressing the more complex details below the current level. The programmer works with an idealized interface (usually well defined) and can add additional levels of functionality that would otherwise be too complex to handle. For example, a programmer writing code that involves numerical operations may not be interested in the way numbers are represented in the underlying hardware (eg. whether they're 16 bit or 32 bit integers), and where those details have been suppressed it can be said that they were abstracted away, leaving simply numbers with which the programmer can work.In addition, a task of sending an email message across continents would be extremely complex if you start with a piece of optic cable and basic hardware components. By using layers of complexity that have been created to abstract away the physical cables, network layout and presenting the programmer with a virtual data channel, this task is manageable.Abstraction can apply to control or to data: Control abstraction is the abstraction of actions while data abstraction is that of data structures. Control abstraction involves the use of subprograms and related concepts control flows Data abstraction allows handling data bits in meaningful ways. For example, it is the basic motivation behind datatype.One can view the notion of an object as a way to combine abstractions of data and code.The same abstract definition can be used as a common interface for a family of objects with different implementations and behaviors but which share the same meaning. The inheritance mechanism in object-oriented programming can be used to define an abstract class as the common interface.The recommendation that programmers use abstractions whenever suitable in order to avoid duplication (usually of code) is known as the abstraction principle. The requirement that a programming language provide suitable abstractions is also called the abstraction principle.".
- Abstraction_(computer_science) wikiPageExternalLink 08_abstraction.html.
- Abstraction_(computer_science) wikiPageExternalLink simulationarchitecture.
- Abstraction_(computer_science) wikiPageID "60491".
- Abstraction_(computer_science) wikiPageRevisionID "644097466".
- Abstraction_(computer_science) hasPhotoCollection Abstraction_(computer_science).
- Abstraction_(computer_science) quote "The essence of abstractions is preserving information that is relevant in a given context, and forgetting information that is irrelevant in that context.".
- Abstraction_(computer_science) source "– John V. Guttag".
- Abstraction_(computer_science) width "25.0".
- Abstraction_(computer_science) subject Category:Abstraction.
- Abstraction_(computer_science) subject Category:Articles_with_example_Java_code.
- Abstraction_(computer_science) subject Category:Data_management.
- Abstraction_(computer_science) subject Category:Programming_paradigms.
- Abstraction_(computer_science) type Abstraction100002137.
- Abstraction_(computer_science) type GrammaticalRelation113796779.
- Abstraction_(computer_science) type Inflection113803782.
- Abstraction_(computer_science) type LinguisticRelation113797142.
- Abstraction_(computer_science) type Paradigm113804375.
- Abstraction_(computer_science) type ProgrammingParadigms.
- Abstraction_(computer_science) type Relation100031921.
- Abstraction_(computer_science) type Genre.
- Abstraction_(computer_science) type MusicGenre.
- Abstraction_(computer_science) type TopicalConcept.
- Abstraction_(computer_science) type Concept.
- Abstraction_(computer_science) type Thing.
- Abstraction_(computer_science) type Q188451.
- Abstraction_(computer_science) comment "In computer science, abstraction is a technique for managing complexity of computer systems. It works by establishing a level of complexity on which a person interacts with the system, suppressing the more complex details below the current level. The programmer works with an idealized interface (usually well defined) and can add additional levels of functionality that would otherwise be too complex to handle.".
- Abstraction_(computer_science) label "Abstracción (informática)".
- Abstraction_(computer_science) label "Abstraction (computer science)".
- Abstraction_(computer_science) label "Abstraction (informatique)".
- Abstraction_(computer_science) label "Abstrakcja (programowanie)".
- Abstraction_(computer_science) label "Abstraksi (ilmu komputer)".
- Abstraction_(computer_science) label "Abstraktion (Informatik)".
- Abstraction_(computer_science) label "Abstração (programação)".
- Abstraction_(computer_science) label "Astrazione (informatica)".
- Abstraction_(computer_science) label "Soyutlama (bilgisayar bilimi)".
- Abstraction_(computer_science) label "Абстракция данных".
- Abstraction_(computer_science) label "抽象化 (計算機科学)".
- Abstraction_(computer_science) label "추상화 (컴퓨터 과학)".
- Abstraction_(computer_science) sameAs Abstraktion_(Informatik).
- Abstraction_(computer_science) sameAs Abstracción_(informática).
- Abstraction_(computer_science) sameAs Abstraction_(informatique).
- Abstraction_(computer_science) sameAs Abstraksi_(ilmu_komputer).
- Abstraction_(computer_science) sameAs Astrazione_(informatica).
- Abstraction_(computer_science) sameAs 抽象化_(計算機科学).
- Abstraction_(computer_science) sameAs 추상화_(컴퓨터_과학).
- Abstraction_(computer_science) sameAs Abstrakcja_(programowanie).
- Abstraction_(computer_science) sameAs Abstração_(programação).
- Abstraction_(computer_science) sameAs m.0gfc9.
- Abstraction_(computer_science) sameAs Q224055.
- Abstraction_(computer_science) sameAs Q224055.
- Abstraction_(computer_science) sameAs Abstraction_(computer_science).
- Abstraction_(computer_science) wasDerivedFrom Abstraction_(computer_science)?oldid=644097466.
- Abstraction_(computer_science) isPrimaryTopicOf Abstraction_(computer_science).