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1 значащая часть числа
Русско-английский словарь по вычислительной технике и программированию > значащая часть числа
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2 mantysa
• significand -
3 мантисса
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4 значащая часть числа
Русско-английский большой базовый словарь > значащая часть числа
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5 značajne cifre
• mantissa; significand; significand digits -
6 значащая цифра
1) Mathematics: significand, significant figure2) Information technology: valid digit3) Oil: significant digit4) Makarov: non-zero digit -
7 значащая часть числа
Information technology: significandУниверсальный русско-английский словарь > значащая часть числа
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8 мантисса
1) Computers: floating-point coefficient2) Naval: mantissa (логарифма)3) Mathematics: mantissa, significant part4) Information technology: fixed point part (в представлении числа с плавающей запятой), fixed-point part, floating-point coefficient (при представлении с плавающей запятой; числа), fraction, fractional part5) Oil: stagnant, significand -
9 мантисса
См. также в других словарях:
Significand — The significand (also coefficient or mantissa) is part of a floating point number, consisting of its significant digits. Depending on the interpretation of the exponent, the significand may represent an integer or a fraction. Contents 1 Examples… … Wikipedia
significand — noun that part of a floating point number that contains its significant digits. Syn: mantissa, coefficient … Wiktionary
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 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
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
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
Computer numbering formats — The term computer numbering formats refers to the schemes implemented in digital computer and calculator hardware and software to represent numbers. A common mistake made by non specialist computer users is a certain misplaced faith in the… … Wikipedia
Computer number format — A computer number format is the internal representation of numeric values in digital computer and calculator hardware and software.[1] Contents 1 Bits, bytes, nibbles, and unsigned integers 1.1 Bits 1.2 … Wikipedia
Quadruple-precision floating-point format — In computing, quadruple precision (also commonly shortened to quad precision) is a binary floating point computer number format that occupies 16 bytes (128 bits) in computer memory. In IEEE 754 2008 the 128 bit base 2 format is officially… … Wikipedia
IEEE 754-2008 — 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 implementations. Many computer languages allow or require that … Wikipedia