The use of spectral methods also provided greater flexibility in the choice of basis functions.
Parametric methods also provide an appropriate statistical approach to compare alternative biogeographic hypotheses or scenarios.
These methods also provide quite explicit global estimates on the geometry of these curves.
Scenario methods also provide systematic frames for the examination and evaluation of futures.
These self-assembly and enzymatic assembly methods also provide mechanisms for construction over a hierarchy of length scales.
The template selection methods also provided significant accuracy gains over the HMM baseline while largely reducing the computation and storage complexities.
These methods also provided further insight into the sex and age structure of wild populations.
QUEST and MCS methods also provided very similar thresholds for the two observers who provided data for both (S2 & S8 in Figure 6a), and thus an average was taken across these to represent their final threshold estimate.
Programs such as 3SEQ [33] and Simplot [34] can be readily used to identify potential parents and recombinants; these methods also provide recombination breakpoints and P-values assessing the non-randomness of the mosaic signal.
Finally, permutation and resampling methods also provide empirical estimates for false discovery thresholds [ 74, 79].
