Sentence examples for generations equal to from inspiring English sources

The parameters adopted for the GA used for selecting SNPs were: probabilities of crossover and mutation equal to 0.6 and 0.033 respectively, population size and number of generations equal to 20 for real database.

The value of μ in this spreadsheet was varied until the simulation produced a frequency of mutant cells equal to the median frequency observed experimentally (after a number of virtual generations equal to those required to produce the number of cells that initiate the selection experiment).

Harold Bloom, an ardent champion of the later poetry, praised "Spectral Emanations" as "somber American Jewish mythmaking," and, in an extended essay on the poem for The Kenyon Review in 1984, called it "one of the central achievements of his generation," equal to the long poems of James Merrill, John Ashbery and A. R. Ammons.

Thus, for example, Pence and Ramsey's proposal has the result that an organism with a probability of reproducing one offspring per generation equal to 1, will be fitter than an organism with a.5 probability of 0 offspring and a.5 probability of 2 offspring, since the second organism's possible lines of descent will all have a probability of extinction that approaches 1 as time approaches infinity.

According to the genome length of 18, assumed that the population number is 500 and the maximum generation equals to 50.

If we assume that HAL became isolated 700 years ago, corresponding to 200 generations and that N e is 153, then t50% is 214 generations, approximately equal to the number of generations that have elapsed since isolation of the population.

Population size was kept constant across generations and equal to its size at t = 0 (i.e., N = 20, 40, 80 or 160 individuals for the high mutation rate scenarios and 1000 for the low mutation rate scenarios).

The maximum average change in frequency per generation was equal to 0.062 for the pedigree selected generations and 0.097 for the genomic selected generations.

This CPT building scheme ensures that knowledge gathered through the reward is considered only once, as its impact is transferred to the parameter state probabilities by setting the prior probabilities of the next generation ((t+1)) equal to the posterior probabilities of the previous generation (t).

Additive genic variance in the base generation was equal to 0.28 with both scenarios and by generation 20 it was reduced to 0.25 with the random selection scenario and to 0.22 with the BLUP selection scenario.

If the number of fissions in one generation is equal to the number of neutrons in the preceding generation, the system is said to be critical; if the number is greater than one, it is supercritical; and if it is less than one, it is subcritical.