We interpret multimetric slowflow response from a top-down perspective, learning from data, in order to draw dominant process inferences from observed slowflow.
The Fisher's exact test is the dominant method for making inferences from 2 × 2 tables where the number of observations is small.
Both descriptions emphasize a deficit of complex semantic processing across modalities, with difficulty drawing inferences beyond dominant or literal interpretations (see also Hier et al., 1980; Ardila et al., 2000).
If h0 is dominant and if h is sufficiently short, approximate inference is possible due to the negligible effect of h1 to hL−1 on r, but this is not normally the case.
In addition, MISA provides summaries of the degree to which the data support an association at the level of individual variants, genes and pathways while allowing for inference regarding the genetic parameterization (log-additive, dominant or recessive) of each SNP.
Inference based on the storage discharge model indicated that the dominant source of recession flow shifted from small, rapid response aquifers at the beginning of the wet season to large, seasonal aquifers as the wet season progressed.
While the methods deployed by these thinkers are different, they all appropriate philosophical methods – skepticism, basic rules of inference, a new metaphysics – different from what was then the dominant Aristotelian paradigm to counter misogynist claims.
There are dominant expressions in parametric models (e.g., Fisher linear discriminator) based on induction inference.
A dominant theme derived from participants' responses is that they tended to draw inferences about their ability from a count of how often they had experienced the specific case/task previously.
Chi-square tests were used to compare the counts of tree species associated with the dominant species and those found in open areas, with a significant difference leading to an inference of facilitation by dominant species.
