Examples of using Floating-point arithmetic in English and their translations into Japanese
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Bit floating-point arithmetic unit was developed.
The whetstone benchmark primarily measures floating-point arithmetic performance.
(On a machine whose floating-point arithmetic does not follow IEEE 754, these values will probably not work as expected.).
Goldberg D. What every computer scientist should know about floating-point arithmetic.
IEC 60559:1989, Binary floating-point arithmetic for microprocessor systems.
This was especially helpful in getting the software floating-point arithmetic to work.
Generally, floating-point arithmetic is not suitable for the balance calculation because it will cause inaccurate calculation.
The float type complies with the IEC 60559:1989(IEEE 754) standard for binary floating-point arithmetic.
What every computer scientist should know about floating-point arithmetic by David Goldberg, Xerox PARC(edited reprint).
If programmers are to exploit the features of IEEE 754,they will need programming languages that make floating-point arithmetic predictable.
The WEB Standard for Binary Floating-Point Arithmetic(IEEE 754) is the most widely-used standard for floating-point computation.
Several of the examples in the preceding paper depend on some knowledge of the way floating-point arithmetic is rounded.
If the result of a floating-point arithmetic computation is not as precise as you had expected, it is likely caused by the limitations of your computer's hardware.
These are only a few of the examples showing how IEEE floating-point arithmetic affects computations in MATLAB.
An optimizer that believed floating-point arithmetic obeyed the laws of algebra would conclude that C=[T- S]- Y=[(S+Y)-S]- Y= 0, rendering the algorithm completely useless.
This is a consideration that potentially affects any optimization that reassociates floating-point arithmetic, including reducers.
A 1 PFLOPS computer can carry out floating-point arithmetic one quadrillion times per second. *4GPU: Graphics Processing Unit, a specialized electronic circuit for handling graphics.
This function converts its argument to DOUBLE,performs the computation in double-precision floating-point arithmetic, and returns a DOUBLE as the result.
This is a successor to the AK7602. Features 28-bit pseudo floating-point arithmetic achieves various sound effect processes The DSP block of the AK7604 supports 28-bit simple floating-point arithmetic and has a parallel operation capability of 2560 steps/fs, at 48kHz sampling.
Versatile video processing library foron-the-fly conversion to different formats before encoding. Floating-point arithmetic for maintaining maximum quality.
For comparison: The Vectrex clocked at 1 MHz andused it a simple instruction set; floating-point arithmetic, we do not want to talk. This board is plugged into the module bay, From there leads the 32-bit processor, the processing by the processor during the Vectrex only reads the video memory of the board and use this information to record the vectors.
As a result, despite nearly universal conformance to(most of) the IEEE 754 standard throughout the computer industry,programmers of portable software must continue to cope with unpredictable floating-point arithmetic.
Second, although the original PDP-11 did not provide for floating-point arithmetic, the manufacturer promised that it would soon be available.
The decimal module was designed to support"without prejudice, both exact unrounded decimal arithmetic(sometimes called fixed-point arithmetic) and rounded floating-point arithmetic."- excerpt from the decimal arithmetic specification.
The core of the moduleconsists of an NXP PowerQUICC™ processor with double-precision floating-point arithmetic that perfectly suits rapid prototyping applications.
The library supports all four rounding-direction attributesmandated by the IEEE 754-2008 standard for binary floating-point arithmetic: roundTiesToEven, roundTowardPositive, roundTowardNegative, roundTowardZero.