Our method of error correction utilizes (1) the "quality scores" which are assigned to individual bases in the observed sequences and (2) the neighborhood relationship among the observed sequences mapped in sequence space.
The clock correction utilizes range measurements extracted from the pulses emitted by the transmitter, and resulting absolute clock accuracies of better than 0.20 s with drift of less than 21 ns/s have been demonstrated.
This minimization can be achieved through power-factor correction, utilizing stand-by options, communication and monitoring with the smart grid, taking advantage of off-peak charging and operation, on-demand and variable processing speed semiconductors, or switching to a lower power mode.
As a control, we confirmed batch correction utilizing Neu-initiated tumors spanning the Affymetrix and Agilent platforms from several studies.
As both the lateral non-uniform scanning speed correction and topology correction utilize the cross-correlation information between adjacent A-scans, studies combining both axial and lateral scanning correction will be carried out in the future.
A Bonferroni post hoc correction was utilized to correct our initially selected significant p value of 0.05 to account for multiple comparisons.
In order to compare both theories with experimental results an output refraction correction was utilized.
Dunn's test correction was utilized for multiple comparisons.
Bonferroni correction was utilized when interpreting the results of multiple comparisons in this study.
Significance level was set at 5% throughout (for pairwise multiple comparisons, Bonferoni's correction was utilized).
