This paper demonstrates that the EDA SDA method offers more certainty in defining thresholds between geochemical background and anomaly than a numeric technique, making it a useful tool for regional geochemical landscape analysis and environmental geochemistry studies.
Furthermore, the proposed method offers more realistic results in a shorter calculation time.
Nowadays, biological method offers more advantages such as cost effectiveness, large-scale commercial production, and less time-consuming process [16].
The discrete choice method offers more information than studies which use time preference proxies to determine associations between behaviours and time preferences (Goto et al. 2009).
As a result, the improved method offers more design freedom, and it is nearly impossible to distinguish the resulting collimator with the naked eye from a collimator without color correction.
This comparison supports the notion that our method offers more reliable functional associations than the human PPI data itself does.
A likely explanation for this difference is that our tracing method offers more sensitive detection of presynaptic terminals compared to previously used methods that rely on counting varicosities along axons as synapses [60].
The DLS method offers more robustness (specially when T r is out of reach) at the cost of a slower convergence [ 52].
Compared with the existing observer design methods, the proposed methods offer more degrees of design freedom.
In practice, protein-based methods (especially qualitative assays) tend to be used to screen for the presence of GMOs (Ermolli et al. [2006]), whilst DNA-based methods offer more robust analysis (Miraglia et al. [2004]).
Compared to summary statistics based imputation methods like DISTMIX, genotype imputation methods offer more flexibility to researchers; once haplotype phasing and genotype imputation are done for a sample cohort, researchers can conduct different GWASs using different phenotypes and covariates without re-imputation.
