Expressions for filter coefficients as a function of the cut-off frequency and the sampling period are derived.
In panel B, the number of connections, misconnections, and their difference as a function of the cut-off tracking radius R, for each protein under study are shown.
According to the Gaussian distribution, the number of low scores varies as a function of the cut-off score the higher the cut-off score, the more abnormal test scores are required to diagnose cognitive impairment.
These data show that a high percentage of the normative sample obtains at least one or more low scores at most cut-off scores and that the number of low scores varies as a function of the cut-off score.
This can be seen in Figure 3, where we show two different ω inferences for a set of SCPE simulations as a function of the cut-off λ, together with the value calculated by counting the proportion of accepted mutations (see Methods).
The sensitivity and specificity of the different scales vary as a function of the cut-offs used and of the patient clinical condition.
TG-ROC analyses plot sensitivity and specificity as a function of cut off, with the cut-off value that optimized sensitivity and specificity utilized (1.65).
Correlation between number of inter-residue contacts and binding affinity (ΔGs) as a function of the distance cut-off used to calculate the contacts.
These figures showed the proportion of the tag SNPs and untaggable SNPs as a function of r2 cut off values.
We again sorted promoters by their excess noise and, as a function of a cut-off on excess noise level, calculated the mean and standard error of gene expression variances for all promoters with excess noise above the cut-off.
By undertaking a count of orphan TCS genes as a function of cut-off distance, it was found that the number of apparent orphans decayed linearly with distance if a cut-off of >200 bp was used, however exponentially increasing numbers of orphans were identified as the cut-off distance was decreased below 200 bp.
