Sentence examples for values of preference from inspiring English sources
A leaf-shaped plan is a typical result of the maximization of the scale values of preference for the audience area.
Figure 6 shows the number of clusters with respect to the values of preference (or the parameter p) for the affinity propagation clustering.
The scale values of preference for the delay time of a single reflection were obtained using a paired comparison method, and the results were compared with those for the alto-recorder players and listeners.
Each colored line represents data of a single participant Fig. 4 Absolute values of preference ratios based on contrast and size for the orthogonal task in Experiment 1a (size-relevant) and Experiment 1b (contrast-relevant).
Specifically, we conducted a repeated-measures analysis of variance (ANOVA) on the absolute values of preference ratios with task (size-relevant, contrast-relevant) as a between-groups factor and preference ratio dimension (size, contrast) as a within-subject factor.
The scale values of preference for both individuals and for global cellists with regard to the delay time of reflection can be expressed by a single approximate formula, normalizing the delay time by the most-preferred delay time observed for different music motifs.
High values of preferences scores for some criteria, meta-criteria, and/or groups x (either (s_{D}^{t}(x)) or (s_{nD}^{t}(x))) denote a good representation of the user's preferences on them.
The required number of iterations of the proposed clustering algorithm depends on the choice of the initial value of preference p (1).
What is the threshold value of preference for leisure from which individuals decide not to work during their second period of life?
Before beginning the golden section search, the value of preference changes with the moving rate of ρ to obtain the initial search interval of preference value to find the optimal value of p. The search interval of preference value is represented by the preference triplet (ϕ min,ϕ c,ϕ max).
Then, the relation between the number of clusters, K, and the value of preference p in AP is p=-frac{gamma_{1}sigma^{2} 2K+alpha N-K))}{{KL}_{0}(alpha+2)}left(frac{S}{pi K {d_{0}^{2}}}right)^{alpha/2}.
