The phrase "a consequent set" is correct and usable in written English.
It can be used in contexts related to logic, mathematics, or discussions about outcomes and results.
Example: "In the study of conditional statements, the consequent set refers to the outcomes that follow from a given condition."
Alternatives: "resulting set" or "outcome set".
The dual-advection dispersion equation was then applied to the multi-peaked breakthrough curves obtained from the physical experiments in order to obtain some insight into the operative solute-transport processes through the acquisition of a consequent set of velocities, dispersions, and related parameters.
Currently, multi-peaked breakthrough curves are fitted by a multi-dispersion model in which a series of curves generated by the advection dispersion equation are fitted to each measured peak by superimposing the measured breakthrough curve to obtain a combined model fit with a consequent set of estimated velocities and dispersions.
Stanley and Doyle (2003) suggested that dam removal is best viewed as a new disturbance with a consequent set of positive and negative effects, rather than a simple reversal of the original impacts of dam construction.
It computes a crisp output for the FLS by first computing the centroid,, of every consequent set, and then computing a weighted average of these centroids.
The consequent rule space is then 'overlaid' upon the premise coordinate system and is partitioned into regions where each region represents a consequent fuzzy set.
Furthermore, we also add a constraint by limiting the feature category in the consequent set.
That pattern indicates an association between the antecedent set (X) and the consequent set (Y), so that the occurrence of X implies the occurrence of Y. Two interesting measures, called support and confidence [10], are used to obtain and quantify association rules.
To solve this problem, in this paper we limit the category of features contributing to the consequent set.
That is because we only allowed certain features to form the consequent set, thereby eliminating unnecessary rules for easier interpretation.
A typical rule takes the form (mathcal {A}longrightarrow mathcal {C}), where (mathcal {A}) and (mathcal {C}) represent the antecedent and consequent set of the rule, respectively, and (mathcal {A}cap mathcal {C} = emptyset).
Each such node invokes splitting of the arc under consideration by a dummy node, and the consequent setting of a suffix link to it.
