Sentence examples for more extensive frequency from inspiring English sources

Moreover, the high-frequency components of the EEG may contain motion information; hence, the particle filter model can make use of more extensive frequency information, which may improve the decoding accuracy.

Conversely, for the particle filter model, only one set of training data was necessary, and the model could process EEGs containing high-frequency components, which means a more extensive utilization of frequency information.

On the contrary, the fatigue behavior of Epoxy-based laminates at Tmore extensive at high frequency.

This article presents the results of a much more extensive investigation of the frequency with which financial institutions submit claims in settled securities class actions.

Spatially sensitive regions were more extensive in the low-frequency condition.

More extensive assessments of volumes, frequencies and intensities of vigorous and sedentary activity may be warranted using accelerometry, given the association between CLBP and deficits in vigorous activity [ 13].

For construct validity, the 10-item behavioral and psychological scale of the HABC-Monitor was highly correlated (0.83) with the NPI total score, despite the fact that the NPI is a more extensive questionnaire that accounts for both frequency and severity, whereas the HABC-Monitor tool accounts only for the frequency of problems.

The aim of Experiment 2 was, first, to replicate the results from the previous experiment for a more extensive set of typical SSR frequencies (>7 rev/s); and, second, to investigate whether the superposition hypothesis explains, not only the generation of visual SSRs in a single posterior lead, but also the scalp topographies elicited by different stimulation frequencies.

In contrast to its frequency, melanization was more extensive at 37°C (representative samples are shown in Fig. 5D).

In addition, the advent of imputation, 121 where one computationally increases the number of SNPs considered by inferring frequency based on neighboring variant frequencies, has allowed for more extensive appraisal of association with the trait across the genome.

Subpopulation and regional databases for detailed population genetic investigations and reliable forensic frequency estimates are desirable and need more extensive sampling.