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Traducción y análisis de palabras por inteligencia artificial ChatGPT
En esta página puede obtener un análisis detallado de una palabra o frase, producido utilizando la mejor tecnología de inteligencia artificial hasta la fecha:
- cómo se usa la palabra
- frecuencia de uso
- se utiliza con más frecuencia en el habla oral o escrita
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- ejemplos de uso (varias frases con traducción)
- etimología
Qué (quién) es word, numeric - definición
Numeric tower
Word (computer architecture)
BASE MEMORY UNIT HANDLED BY A COMPUTER
Computer word; Word size; Word length; Wordlength; 10-bit; Halfword; Dword (Computer); Qword; Machine word; DWORD; DWord; Dword; Data word; Double word; Word orientation; Word-oriented; Word oriented; Word (unit); Word (data type); Word width; Memory word; Bitness; Binary word; Variable word-length computer; Variable word-length architecture; Variable word-length machine; Variable word length architecture; Variable word length computer; Variable word length machine; Variable word architecture; Variable word-length (computer hardware); Variable word length (computer hardware); 32-bit word; 32bit word; Catena (unit); Catena (computing); Catenae (unit); Catenae (computing); Storage word; 16-bit word; 16 bit word; 32 bit word; 48-bit word; 48 bit word; 51 bit word; 51-bit word; 60-bit word; 60 bit word; 64 bit word; 64-bit word; 96 bit word; 96-bit word; Word size (computing); Quarterword; Variable word length; Fullword; Kiloword
In computing, a word is the natural unit of data used by a particular processor design. A word is a fixed-sized datum handled as a unit by the instruction set or the hardware of the processor.
MS Word
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WORD PROCESSOR SOFTWARE BY MICROSOFT
MS Word; Word document; Normal.dot; MS word; Ms word; Word for windows; Microsoft word; Ms Word; Pocket Word; Word file; Word for Windows; Mircosoft word; Microsoft Word 2004; Winword; WinWord; Windows Word; WINWORD; WINWORD.EXE; Winword.exe; Multi-Tool Word; Sample Text in Microsoft Word; Msword; Word (software); Microsoft(r) Word; MicrosoftWord; Microsoft Word 2000; Microsoft Word 2002; Word 2000; Microsoft Word XP; Microsoft Office Word; Word Web App; Word 2007; Word 2003; Office Word; Microsoft® Word 2010; Microsoft® Office Word 2007; Microsoft Word:mac; Word (Microsoft); Microsoft Word 3.0; Microsoft Word 98; Word for Windows 6.0; Macros in Microsoft Word; Microsoft Word file formats; Word (program); Word (app); Word (application)
word size
BASE MEMORY UNIT HANDLED BY A COMPUTER
Computer word; Word size; Word length; Wordlength; 10-bit; Halfword; Dword (Computer); Qword; Machine word; DWORD; DWord; Dword; Data word; Double word; Word orientation; Word-oriented; Word oriented; Word (unit); Word (data type); Word width; Memory word; Bitness; Binary word; Variable word-length computer; Variable word-length architecture; Variable word-length machine; Variable word length architecture; Variable word length computer; Variable word length machine; Variable word architecture; Variable word-length (computer hardware); Variable word length (computer hardware); 32-bit word; 32bit word; Catena (unit); Catena (computing); Catenae (unit); Catenae (computing); Storage word; 16-bit word; 16 bit word; 32 bit word; 48-bit word; 48 bit word; 51 bit word; 51-bit word; 60-bit word; 60 bit word; 64 bit word; 64-bit word; 96 bit word; 96-bit word; Word size (computing); Quarterword; Variable word length; Fullword; Kiloword
<processor> The number of bits that a CPU can process at one
time. Processors with many different word sizes have existed
though powers of two (8, 16, 32, 64) have predominated for
many years. A processor's word size is often equal to the
width of its external data bus though sometimes the bus is
made narrower than the CPU (often half as many bits) to
economise on packaging and circuit board costs.
(1995-04-23)
Wikipedia
Numerical tower
In Scheme and in Lisp dialects inspired by it, the numerical tower is a set of data types that represent numbers and a logic for their hierarchical organisation.
Each type in the tower conceptually "sits on" a more fundamental type, so an integer is a rational number and a number, but the converse is not necessarily true, i.e. not every number is an integer. This asymmetry implies that a language can safely allow implicit coercions of numerical types—without creating semantic problems—in only one direction: coercing an integer to a rational loses no information and will never influence the value returned by a function, but to coerce most reals to an integer would alter any relevant computation (e.g., the real 1/3 does not equal any integer) and is thus impermissible.
