Sentence examples for dendrogram model from inspiring English sources

In order to validate the dendrogram model, a permutation test (Additional file 1: Figure S1) and the p-value of the Analysis of variance from cross-validated residuals (P CV-ANOVA) (Additional file 1: Table S2) were calculated.

The supervised dendrogram model generated (Fig.  9) with 39 samples (13 parameters with 3 replicates each) was validated through a permutation test that calculates the goodness of fit and the predictive ability of the model, represented by R2 and Q2, respectively.

Three approaches were used to analyze the genetic relationships among individuals and populations: (i) genetic distances and dendrograms, (ii) model-based cluster analysis, and (iii) principal components analysis (PCA).

The dendrogram of this model reflects the network topology.

Also, given the P-value is less than 0.05 (value is 1.41 × 10−4 in Additional file 1: Table S2), the dendrogram class clustering model is significant.

As revealed from the UPGMA-based dendrogram and the model implemented in the STRUCTURE software, S. g. guianensis and S. g. pauciflora share alleles at many of the microsatellite loci under investigation.

As for model robustness, the dendrogram depicts that mutually compensative perturbations occur within pairs (k r, γ r ) and (k p, γ p ).

In order to obtain a null model of the dendrogram clustering error that corresponds to the random clustering of network modules, we generate reference networks with permuted module labels.

The isolates were then assigned to lineage using conformal Bayesian network (rules model) algorithm and dendrograms were drawn using UPGMA methods.

Suppose the original data X i have been modeled by a dendrogram T i. Distance measures are defined as follows: x i, j) = | X i - X j |, the distance between the ith and jth samples.

Suppose we have a time series data to be modeled using a clustering method to produce a dendrogram T i i.e., a cluster model in which the close data points are clustered together in a hierarchical tree form.