Sentence examples for maximum evolution from inspiring English sources

By monitoring the percentage of CO2 in the outflow gases, it is possible to observe a point of maximum evolution when the microorganism growth phase finishes.

The operators of selection, crossover and mutation are applied to the initial population, and it stops when the Genetic Algorithm converges or reaches the maximum evolution step.

The wavelength of maximum evolution rate is termed λmax, and is of the order of 2·λ facet or 2 · λmin.

In addition, a good linear relationship was found between the temperature of maximum evolution of volatile matter derived from the DTG curve and the characteristic temperatures indicating the beginning, end and maximum value of the fluid stage of coal.

Determining the parameters of the basic genetic algorithm, including the gene number N g of individuals, and the value scope of the gene, the crossover probability p c, the mutation probability p m, the number of individuals in a population (population size) I m, and the maximum evolution step T m, among which the number of genes N g is determined by the number of optimization variables.

The phylogenetic relationships between zebrafish NLRs and human NLRs were predicted using both the maximum evolution and neighbor-joining methods within the MEGA 3.1 program [ 40].

A phylogenetic tree was constructed by using the neighbor-joining method in agreement with maximum-parsimony and maximum-evolution algorithms and by using the Kimura 2-parameter model with uniform rates for transitions and transversions.

Analyses of the concatenation of the nine nuclear genes, as well as a full data set of 24 genes, were carried out using minimum evolution, maximum parsimony, maximum likelihood, and Bayesian inference.

Neighbor Joining [ 19, 35], on the other hand, although it constructs the tree in a step-wise fashion by utilizing the input distance matrix and by joining the closest neighbors, is more popular in phylogenetic analysis as it can be used on very large data sets for which other methods (e.g. minimum evolution, maximum parsimony, maximum likelihood) are computationally prohibitive.

Phylogenetic analyses were performed using minimum evolution, maximum parsimony and maximum likelihood methods.

Robustness for the nodes in the minimum evolution, maximum parsimony, and maximum likelihood trees was evaluated using the bootstrap.