complement representation造句
例句与造句
- This is one of the reasons for adopting two's complement representation for representing signed integers in computers.
- Therefore, ones'complement and two's complement representations of the same negative value will differ by one.
- Modern computers embed the sign of the number in the number itself, usually in the two's complement representation.
- Ten's complement representations for negative numbers offer an alternative approach to encoding the sign of packed ( and other ) BCD numbers.
- The computer had 2048 words of erasable magnetic core memory and 36 overflow bit, and one sign bit ( ones'complement representation ).
- It's difficult to find complement representation in a sentence. 用complement representation造句挺难的
- In the two's complement representation, the sign bit has the two representations of zero, one for each value of the sign bit.
- Binary numbers were coded using the two's complement representation; a short number was coded using 18 bits and a long one using 36.
- All data in the LC-3 is assumed to be stored in a two's complement representation; there is no separate support for unsigned arithmetic.
- The PDP-1, CDC 160 series, CDC 3000 series, CDC 6000 series, UNIVAC 1100 series, and the LINC computer use ones'complement representation.
- When using a complement representation, to convert a signed number to a wider format the additional bits must be filled with copies of the sign bit in order to preserve its numerical value,
- This number could be interpreted by a computer as signed and unsigned, and the two's complement representation of " 1 in a signed byte is equal to that of 255 in an unsigned byte.
- Arithmetic right shifts for negative numbers are equivalent to division using rounding towards 0 in one's complement representation of signed numbers as was used by some historic computers, but this is no longer in general use.
- In two's-complement representation, positive numbers are simply represented as themselves, and negative numbers are represented by the two's complement of their absolute value; two tables on the right provide examples for = 3 and = 8.
- ENIAC had 20 ten-digit signed accumulators, which used ten's complement representation and could perform 5000 simple addition or subtraction operations between any of them and a source ( e . g ., another accumulator or a constant transmitter ) every second.
- In some signed number representations ( but not the two's complement representation used to represent integers in most computers today ) and most floating point number representations, zero has two distinct representations, one grouping it with the positive numbers and one with the negatives; this latter representation is known as negative zero.
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