These estimates of SNP frequency have less of a downward bias than estimates based on the total alignment length because non redundant nucleotide sites are excluded.
Because narrower frequencies have less uncertainty (or "width") to them, and therefore a single measurement tells you much, much more information.
Small scale effect diminishes the frequencies strongly, but has less effect on the frequency shifts.
In addition, the high-frequency induction heating method has less influence on the work environment, is easier to control, and makes effective use of the space possible than other methods.
Consequently, the frequency distribution is narrower and has less of a left tail making the detection of the percentage exceedance less accurate.
Thus, PCs operating at lower frequencies may be preferentially potentiated, whereas PCs with higher SS firing frequency may have less 'space' for increasing the firing rate and may be more prone to express LTD.
When frequency table had less than five cases, a likelihood ratio test was calculated and analysed.
That is, the low frequency signals have less likelihood to contribute to the inferred low-dimensional data, which usually are the linear combinations of all input variables, than the high frequency signals.
This factor was introduced to prevent that high frequency candidates that have less partials than those at low frequencies will have higher smoothness.
Thus, frequency masking would have less effect on the neural level, requiring narrower frequency notches to mask out the same amount of the 1-kHz tone than with broader receptive fields.
