comparison of waveforms

USAGE SUMMARY

The phrase "comparison of waveforms" is correct and usable in written English.
It can be used in contexts related to signal processing, electronics, or any field where waveforms are analyzed or compared. Example: "The comparison of waveforms from different sources revealed significant differences in their frequency characteristics."

✓ Grammatically correct

Science

Human-verified examples from authoritative sources

Exact Expressions

4 human-written examples

Fig. 7 Comparison of waveforms.

Earth, Planets and Space

Fig. 6 Comparison of waveforms computed for the worst-case scenario of rupture delay.

Earth, Planets and Space

Figure 7 shows the comparison of waveforms by forward modeling for these two near-fault stations.

Earth, Planets and Space

Fig. 2 Comparison of waveforms between the 2014 Fukushima-oki earthquake and the 2011 low-angle normal fault aftershock.

Earth, Planets and Space

Human-verified similar examples from authoritative sources

Similar Expressions

56 human-written examples

Fig. 6 Comparison of observed waveforms (black), synthetic waveforms produced by the curved fault model (red), and synthetic waveforms produced by the single fault plane model (blue) in the analysis of the M 7.3 event.

Earth, Planets and Space

Fig. 9 Comparison of observed waveforms (black), synthetic waveforms generated by the slips on all subfaults (red), synthetic waveforms generated by the slips on Area 1 (blue broken, Fig. 8a), and synthetic waveforms generated by the slips on Area 2 (green broken, Fig. 8a) in the analysis of the M 6.5 event.

Earth, Planets and Space

Fig. 3 a Comparison of observed waveforms (black) and synthetic waveforms (red).

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Comparison of reciprocal waveforms (thick lines) and forward simulated waveforms (thin lines) for EW (left) and NS (right) components for point sources Src1, Src2, and Src3, and for JIVSM model.

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The analysis by Bishop et al. [11], though based on a relatively large sample, was restricted to cross-sectional data and focused only on comparisons of waveform shape.

Plosone

Figure 1 shows the comparison of synthesised waveforms and spectrograms of the generated /aɡa/ stimulus (top) with the /aɡa/ item as produced by an EP speaker (bottom).

EURASIP Journal on Audio, Speech, and Music Processing

As seen in the comparison of the waveforms, the second wave group is clearly observed at the same time as the result for the original case.

Earth, Planets and Space

Expert writing Tips

Best practice

When writing about signal processing, be specific about the aspects of the waveforms being compared (e.g., frequency, amplitude, phase) to provide clarity and context to your audience.

Common error

Avoid using the phrase "comparison of waveforms" without specifying the context or purpose of the comparison. Provide details about what aspects of the waveforms are being compared and why it matters.

Linguistic Context

The phrase "comparison of waveforms" functions as a noun phrase, typically serving as the subject or object of a sentence. As Ludwig AI points out, it's often used in scientific contexts to describe the process of analyzing and contrasting different waveforms.

Expression frequency: Common

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Ludwig's WRAP-UP

The phrase "comparison of waveforms" is a noun phrase commonly used in scientific and technical contexts to describe the process of analyzing and contrasting different waveforms. Ludwig AI indicates that it is grammatically correct and frequently used in scientific literature. While it's a useful phrase, it's important to be specific about the parameters of the waveforms being compared (e.g., amplitude, frequency) to avoid overgeneralization. Alternatives like "waveform analysis" or "signal comparison" may be more appropriate depending on the specific context.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

comparative waveform analysis

More explicit phrasing emphasizing the analytical aspect of comparing waveforms.

waveform analysis

Focuses on the detailed examination of a single waveform rather than a direct comparison between multiple waveforms.

waveform correlation

Emphasizes the degree to which waveforms are similar, focusing on statistical relationships.

waveform differentiation

Highlights the process of distinguishing between different waveforms based on their unique properties.

waveform contrasting

Emphasizes the differences between waveforms.

signal comparison

Broader term encompassing the comparison of any type of signal, not limited to waveforms.

waveform matching

Focuses on identifying waveforms that are similar or identical.

waveform assessment

Focuses on the evaluation and judgment of waveform characteristics, rather than a direct comparison.

analysis of waveforms

Shifts the focus to the analysis aspect, implying a deeper examination rather than a simple comparison.

waveform characterization

Emphasizes describing the characteristics of waveforms rather than directly comparing them.

FAQs

How is "comparison of waveforms" used in scientific research?

In scientific research, "comparison of waveforms" is used to analyze similarities and differences in signals. This analysis can reveal insights into underlying processes, system behaviors, and the effectiveness of interventions or models. For example, it can compare observed data with simulations or experimental results.

What are some alternative ways to say "comparison of waveforms"?

Alternatives include "waveform analysis", "signal comparison", or "comparative waveform analysis" depending on the specific context and emphasis you want to convey.

What aspects are typically analyzed during a "comparison of waveforms"?

Common aspects analyzed include amplitude, frequency, phase, and shape. The specific parameters depend on the field of study and the nature of the signals being examined.

What is the difference between "comparison of waveforms" and "waveform analysis"?

"Comparison of waveforms" focuses on contrasting two or more waveforms, while "waveform analysis" is a broader term encompassing the detailed examination of a single waveform's characteristics.