Search alternatives:
automatic determination » automatic detection (Expand Search), automatic identification (Expand Search)
determination algorithm » optimization algorithm (Expand Search), detection algorithm (Expand Search), generation algorithm (Expand Search)
automatic determination » automatic detection (Expand Search), automatic identification (Expand Search)
determination algorithm » optimization algorithm (Expand Search), detection algorithm (Expand Search), generation algorithm (Expand Search)
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Comparison of ECAP threshold determination by the evaluators and the FG-SNR algorithm.
Published 2021Subjects: “…autonomous computational algorithms…”
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Detailed results of evaluators and FG-SNR algorithm.
Published 2021Subjects: “…autonomous computational algorithms…”
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Data processing pipeline of the FG-SNR algorithm.
Published 2021Subjects: “…autonomous computational algorithms…”
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Results of ECAP response classification by the evaluators and the FG-SNR algorithm and Pearson’s correlation coefficient r between evaluators and FG-SNR algorithm.
Published 2021Subjects: “…autonomous computational algorithms…”
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Automatic tracking parameters.
Published 2021“…<p>(<b>A</b>) Snapshot and blow-up of ZFJ_001, with definition of and <i>dα</i> (<b>B</b>) Scheme of the algorithm for determining the tracking parameters automatically. …”
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Data and code for: Automatic fish scale analysis
Published 2025“…<p dir="ltr">This dataset accompanies the publication:<br><b>"Automatic fish scale analysis: age determination, annuli and circuli detection, length and weight back-calculation of coregonid scales"</b><br></p><p dir="ltr">It provides all essential data and statistical outputs used for the <b>verification and validation</b> of the <i>Coregon Analyzer</i> – a Python-based algorithm for automated biometric fish scale measurement.…”
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Table 1_An approach for teleseismic location by automatically matching depth phase.xlsx
Published 2025“…<p>To deal with the low efficiency problem of accurate teleseismic hypocenter location, this paper proposes a fully automatic approach by integrating the advantages of Seismic-Scanning based on Navigated Automatic Phase-picking, which can automatically detect and locate seismic events from continuous waveforms, and the Depth-Scanning Algorithm, which can determine the precise focal depth of local and regional earthquakes by matching depth phases. …”
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Example result of an ECAP measurement obtained from the FG-SNR algorithm within a stimulation range of 0 to 36 nC.
Published 2021Subjects: “…autonomous computational algorithms…”
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