floating-decimal arithmetic
1. десятичные арифметические операции с плавающей запятой
2. десятичное арифметическое устройство с плавающей запятой
Большой англо-русский и русско-английский словарь. 2001.
Смотреть что такое "floating-decimal arithmetic" в других словарях:
Decimal floating point — Floating point precisions IEEE 754: 16 bit: Half (binary16) 32 bit: Single (binary32), decimal32 64 bit: Double (binary64), decimal64 128 bit: Quadruple (binary128), decimal128 Other: Minifloat · Extended precision Arbitrary precision… … Wikipedia
Decimal computer — Decimal computers, computers which have a decimal architecture, represent numbers and/or addresses in decimal, and provide instructions to operate on those numbers and/or addresses directly; examples of encoding used are BCD, Excess 3, two out of … Wikipedia
Floating point — In computing, floating point describes a method of representing real numbers in a way that can support a wide range of values. Numbers are, in general, represented approximately to a fixed number of significant digits and scaled using an exponent … Wikipedia
Decimal — For other uses, see Decimal (disambiguation). This article aims to be an accessible introduction. For the mathematical definition, see Decimal representation. Numeral systems by culture Hindu Arabic numerals Western Arabic (Hindu numerals)… … Wikipedia
Arithmetic precision — The precision of a value describes the number of digits that are used to express that value. In a scientific setting this would be the total number of digits (sometimes called the significant figures or significant digits) or, less commonly, the… … Wikipedia
Arithmetic logic unit — schematic symbol Cascadable 8 … Wikipedia
Decimal data type — Some programming languages provide a built in (primitive) or library decimal data type to represent non repeating decimal fractions like 0.3 and 1.17 without rounding, and to do arithmetic on them. Examples are the decimal.Decimal type of Python … Wikipedia
Decimal128 floating-point format — Floating point precisions IEEE 754: 16 bit: Half (binary16) 32 bit: Single (binary32), decimal32 64 bit: Double (binary64), decimal64 128 bit: Quadruple (binary128), decimal128 Other: Minifloat · Extended precision Arbitrary precision In com … Wikipedia
Decimal32 floating-point format — Floating point precisions IEEE 754: 16 bit: Half (binary16) 32 bit: Single (binary32), decimal32 64 bit: Double (binary64), decimal64 128 bit: Quadruple (binary128), decimal128 Other: Minifloat · Extended precision Arbitrary precision In com … Wikipedia
Decimal64 floating-point format — Floating point precisions IEEE 754: 16 bit: Half (binary16) 32 bit: Single (binary32), decimal32 64 bit: Double (binary64), decimal64 128 bit: Quadruple (binary128), decimal128 Other: Minifloat · Extended precision Arbitrary precision In com … Wikipedia
Arbitrary-precision arithmetic — In computer science, arbitrary precision arithmetic indicates that calculations are performed on numbers whose digits of precision are limited only by the available memory of the host system. This contrasts with the faster fixed precision… … Wikipedia
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- Double Precision Floating-point Format, Frederic P. Miller, In computing, a double precision is a usually binary floating-point computer numbering format that occupies 8 bytes in computer memory. In IEEE 754-2008 the 64-bit base 2 format is officially… Категория: Книги, которые не отнесены ни к одному разделу Серия: - Издатель: Книга по Требованию, Подробнее Купить за 0 руб
- IEEE 754-2008, Frederic P. Miller, The IEEE Standard for Floating-Point Arithmetic (IEEE 754) is the most widely-used standard for floating-point computation, and is followed by many hardware (CPU and FPU) and software… Категория: Книги, которые не отнесены ни к одному разделу Серия: - Издатель: Книга по Требованию, Подробнее Купить за 0 руб
