例句與造句

1. In Windows 98 and later, it uses an arbitrary-precision arithmetic library, replacing the standard IEEE floating point library.
2. Asynchronous interrupts and IEEE floating point trapping was also out of scope for this committee's work and was not addressed in the standard.
3. The significand ( or mantissa ) of an IEEE floating point number is the part of a floating-point number that represents the significant digits.
4. :The IEEE floating point standard treats the problem by having a special function rootn ( x, n ) where n has to be an integer.
5. George Taylor ( on the IEEE standard committee and a student of UC Berkeley Professor William Kahan ) provided a key design for the IEEE floating point unit.
6. It's difficult to find ieee floating point in a sentence. 用ieee floating point造句挺難的
7. Such tolerance, however, can easily break desired properties such as transitivity, whereas reflexivity breaks too : the IEEE floating point standard requires that Nan ` " NaN holds.
8. The Java bytecode system does not directly support floating point operations beyond 32 bits, except indirectly via bytecodes that enable use of 64-bit and 80-bit intermediate IEEE floating point operations.
9. The IEEE floating point standard guarantees that add, subtract, multiply, divide, fused multiply add, square root, and floating point remainder will give the correctly rounded result of the infinite precision operation.
10. Most implementations of programming languages nowadays, including Python, use IEEE floating point numbers, often double-precision floating-point format, with 53 bits for the mantissa and 11 bits for the exponent.
11. :: : As described at IEEE floating point # Exception handling, you can theoretically use the inexact-result flag to detect this, but most programming languages don't have good support for it.
12. The IEEE floating point standard defines a not-a-number value which is returned when a floating point operation is undefined and exceptions are suppressed, e . g . when the square root of a negative number is requested.
13. The most common standard is IEEE floating point which is composed of three bit patterns : a sign bit which represents whether the number is positive or negative, an exponent and a binary fraction in IEEE base-two floating point formats.
14. :: " Anything divided by zero equals either positive or negative infinity ( the sign of the numerator ) " is a rule in IEEE floating point, but it is not a rule in any mathematical context that I know of.
15. Finally, the decimal point, as mentioned, is not part of a number, it is part of the representation that divides the tenths and one's place ( and could have been placed for any other divide, we use it where it is because integers are common enough that we divide at that point )-as for how floating point get's stored, see Floating point, IEEE floating point, for the general idea of what people do / use . talk ) 04 : 18, 28 June 2014 ( UTC)