full precision

USAGE SUMMARY

The phrase "full precision" is correct and usable in written English.
It can be used in contexts related to measurements, calculations, or data representation where accuracy is emphasized. Example: "The calculations were performed with full precision to ensure the results were accurate."

✓ Grammatically correct

Science

News & Media

Human-verified examples from authoritative sources

Exact Expressions

28 human-written examples

We show that both methods yield full precision with M ⪡ N, allowing an order of magnitude reduction in cost with no loss of accuracy.

Journal of Computational Physics

Design-2 is capable of achieving about 325 MHz (V4) and 400 MHz (V5), with only 6 DSP48, with full precision support.

Microelectronics Journal

We put the system to the test and assess the performance of the system and show that a single server can comfortably handle more than a hundred simultaneous users accessing full precision 32 bit astronomy data.

Astronomy and Computing

full precision (FP) and the number of bits for precision.

EURASIP Journal on Wireless Communications and Networking

At least in our engine, on R7xx GPUs, using full precision raycasting at 1280×720.

TechCrunch

Full recall results are shown in Fig. 9 and full precision results are shown in Fig. 10.

Computational Social Networks

Human-verified similar examples from authoritative sources

Similar Expressions

32 human-written examples

We show in table 1 the performance for the method's best predicted network, Ecoli 2, and in table 2 the performance for the method's worst predicted network, Yeast 3. Our full pipeline produced good precision results, especially for the lower recall values.

Plosone

The full-precision (1 arc sec or better) formulas with unlimited time validity are being developed.

Harvard University

The second one is how to remove the full-precision hidden weights in the training phase to break the bottlenecks of memory/computation consumption.

Neural Networks

We firstly replace the original Fortran code of the FK step with a piece of C++ code using double-precision floating-point to generate a full-precision image to compare with.

EURASIP Journal on Embedded Systems

The approach for accuracy evaluation, introduced in Section 3.4, is used to provide DI values that indicate the differences in the patterns of the resulted seismic images from the pattern in full-precision image.

EURASIP Journal on Embedded Systems

Expert writing Tips

Best practice

When referring to calculations, data, or measurements, use "full precision" to clearly indicate the highest level of accuracy and detail was maintained.

Common error

Avoid using "full precision" when describing situations where approximations or estimations are involved. "Full precision" implies exactness, not a close estimate.

Linguistic Context

The phrase "full precision" functions as a noun phrase, often used as an adjective to describe a method, data set, or result. As Ludwig AI shows, it specifies that the highest level of detail and accuracy has been maintained in a particular process or representation.

Expression frequency: Uncommon

Frequent in

Science

79%

News & Media

17%

Academia

4%

Less common in

Encyclopedias

0%

Wiki

0%

Reference

0%

Ludwig's WRAP-UP

In summary, "full precision" is a noun phrase denoting the maximum level of accuracy and detail. Ludwig AI confirms that it is grammatically correct and usable in various contexts. It is most frequently encountered in scientific and technical domains, where accuracy is paramount. When writing, use "full precision" to emphasize that the highest possible level of accuracy has been maintained. Be mindful not to use it when approximations are involved. Alternatives like "complete accuracy" or "maximum accuracy" may be appropriate depending on the specific context.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

Complete accuracy

Focuses on the accuracy aspect, omitting the emphasis on detail or range implied by "precision".

Maximum accuracy

Emphasizes achieving the highest possible accuracy level.

High fidelity

Highlights the faithfulness of a representation to the original, typically in audio or data contexts.

Ultimate exactness

Stresses the quality of being precisely accurate.

Total correctness

Highlights the absence of errors or deviations.

Absolute accuracy

Highlights the certainty and completeness of the accuracy achieved.

Uncompromising precision

Emphasizes that the precision is achieved regardless of effort or resources.

Finest detail

Focuses on the granularity and level of detail captured.

Optimum precision

Indicates the best possible precision under given conditions.

Highest grade precision

Indicates a superior level of precision compared to others.

FAQs

How is "full precision" typically used in technical contexts?

In technical contexts, "full precision" often refers to the maximum level of accuracy available in a computing system, measurement, or data representation. It is used to emphasize that no detail or accuracy has been sacrificed.

What's the difference between "full accuracy" and "full precision"?

"Full accuracy" refers to the correctness of a result or measurement, whereas "full precision" refers to the level of detail or resolution in a representation. Accuracy indicates the absence of errors, while precision relates to the level of granularity.

When is it appropriate to use "full precision" in scientific writing?

Use "full precision" in scientific writing when describing methods or results where maintaining the highest possible level of detail is critical. For example, in reporting numerical simulations or experimental measurements, indicating that "full precision" was used clarifies the methodology.

Are there situations where using "full precision" is unnecessary?

Yes, using "full precision" may be unnecessary when dealing with data that has inherent uncertainties or when the application does not require a high level of detail. In such cases, using lower precision can improve computational efficiency without significantly impacting the results.