Sentence examples for straightforward inference from inspiring English sources

Fuzzy logic approaches use a straightforward inference method based on predefined rules.

If an inner core is detected, the dynamo had a compositional power source available and the straightforward inference is to assume that the dynamo originated in the core.

It is easy to think that these stories are simply another round in the familiar game of rebutting utilitarianism by counter-examples, and hence that Williams' integrity objection boils down to the straightforward inference (1) utilitarianism tells Jim to do X and George to do Y, (2) but X and Y are wrong (perhaps because they violate integrity?), so (3) utilitarianism is false.

Given that there is a cost associated with producing indeterminate behavior [61], it is a straightforward inference that these latter rules have evolved specifically to generate varying degrees of behavioral indeterminism [23], as exemplified above in the case of the chasing house flies.

This standard approach results in straightforward inference for the covariate effects [ 2], but the resulting inferences are approximate and reasonably large numbers of studies are needed for this approach to provide accurate inference [ 5].

Based on our statistical analyses we made the straightforward inference that higher radial values probably indicated greater connectivity to contiguous parietal and frontal cortex in TD children than those with 22q11.2DS, and that the higher FA values in the 22q11.2DS group represented a reduction of this connectivity matrix.

Forty-six of these additions were straightforward inferences based on two alleles in the polymorphic species.

The only departure from the straightforward parsimony inference was made for homologous tdCOGs that form clade-specific expanded families, e.g. there are several tdCOGs, all assigned into the same ancestral COG, with genes present in both Deinococci but in neither of the Thermus species.

Probably the most important result about first-order languages is the Gödel completeness theorem which of course says that the set of all valid formulas of any first-order language L can be generated from a simple set of axioms by means of a few straightforward rules of inference.

It is also straightforward to make inference with INLA for animal models extended with other additive random effects, such as maternal effects or litter effects, as well as covariates.

We show how to extend these techniques to take account of fault tolerance by a conceptually straightforward application of Bayesian inference.