The power spectrum of the output signal was obtained by fast Fourier transform (FFT), and was corrected by a frequency spectrum correction algorithm, named energy centrobaric correction.
Sequencing errors were corrected by k-mer frequency spectrum analysis using SOAPec (http://soap.genomics.org.cn/about.html).html
When ΔD was positive, the mean divorce frequency corrected by the intensity of male-male competition (20.2%±4.3%) was about ten times higher than for negative values of ΔD (2.11%±0.9%).
The phases at three frequencies are corrected by the observed, and the three phases at these frequencies give the correct range.
Also, by adopting the correction factor β, the natural frequencies were corrected by a √β value that was characteristic of each model and compared to experimental results.
The high false positive rates due to sequencing errors among LOF mutations can, at least partially, be corrected by considering the overall allele frequencies and contrast these with the frequencies of homozygous versus heterozygous individuals within a population, i.e. testing for Hardy Weinberg equilibrium (HWE).
First, the modal density is derived, in the whole frequency range of interest, on the basis of sound transmission through the infinite counterpart of the structure; then, it is corrected by means of the low-frequency modal behavior of the structure, taking into account actual size and boundary conditions.
Standard errors used for t-tests of pooled allele frequencies were corrected by adding a chip-specific constant to avoid biased selection of SNPs with small standard errors (Table 2b).
This phenomenon was attributed to fluctuations in the baseline of sequence traces and was corrected by proportionally adjusting all marker frequencies to give a total of 100% (Table 3).
Hence, the carrier frequency can be corrected by using feedback carrier synchronization mechanisms, at the expense of phase jitter [7, 8].
