Sentence examples for maximum likelihood were from inspiring English sources

Pearson's correlations and an exploratory factor analysis (maximum likelihood) were conducted.

The alternative methods of phylogenetic tree construction, minimum evolution and maximum likelihood, were tested, but the support for the minimum evolution tree was not sufficient (data not shown).

The sequence alignments, determination of conserved blocks, and calculation of phylogenetic trees with the maximum likelihood, were obtained using MABL facilities at http://www.phylogeny.fr/phylo_cgi/downloads.cgi.fr/phylo_cgi/downloads.cgi

The best replicate giving the maximum likelihood were chosen as the final result for each K. Inferred ancestry for each accession when K = 5 are given in Supplemental Table S1.

The tree topologies recovering using Bayesian Inference and Maximum Likelihood were evaluated using the approximately unbiased test [57], implemented in the program CONSEL [58] using the site likelihood scores from PAUP* [59] see Text S1.

Bootstrap values supporting the topology with the highest maximum likelihood were obtained using Phylip (Felsenstein, 1989).

A simple algorithm based on the maximum likelihood is proposed.

A redundant data processing algorithm based on maximum likelihood was designed.

Since the two trees were highly similar, only maximum likelihood is shown here.

Maximum likelihood was used to construct the trees with bootstrapping (1000 replicates).

Estimation of model parameters via the method of maximum likelihood is presented in section 6.