Sentence examples for by multiplying the estimated from inspiring English sources

The estimated number of pH1N1 infections was calculated by multiplying the estimated seroincidence of infection (15.9%) by the total population on mainland China (1,306.3 million) to give a total number of pH1N1 cases of 207.7 million.

Next, four PPI regressors, corresponding to each task regressor from the individual level were obtained by multiplying the estimated neuronal activity from the seed region with a vector coding for effects of each condition, forming four psychophysiological interaction vectors.

To estimate the paleo terrace depth, depth change for each terrace due to GIA and subsidence is calculated by multiplying the estimated age range of each terrace depth zone with avg.

Corrected monthly capacity factors are obtained by multiplying the estimated monthly capacitor factors given in Table 8 with the monthly correction factors given in Table 7.

In the other cases, the noise is estimated as the difference between the received signal samples and the signal obtained by multiplying the estimated channel with the training symbols.

Then, the researchers estimated the cost for 2018 by multiplying the estimated per capita GDP in 2018 by the ratio of each item that was calculated first in 2013.

(Hence, given parameter estimates from fitting the QCPG model, the genotype effects on the prospective scale could be obtained by multiplying the estimate of by the corresponding trait variance, if it were known or estimable).The terms correspond to nuisance parameters that allow the model to account for non-Mendelianism and population stratification, as proposed by Kistner and Weinberg [2004].

If the survey only provides estimates for the online population, the estimates are adjusted to cover the whole population by multiplying the estimate with the fraction that uses the internet.

The STB is the standardized estimate for the parameter estimate of an explanatory variable in the logistic regression model and is computed by multiplying the estimate by the sample standard deviation for the explanatory variable and dividing by π/√ 3.

Finally, a numeric score s i is given to each predictor by multiplying the estimate of the corresponding parameter β i of this second LR model by 2 and rounding the result to the nearest integer [ 7].

These were scaled to genome-wide units of substitutions per site per year by multiplying the estimates by constant k =  n/ N × 365 where n is the number of SNP sites in the alignment (1,871), N is the total positions considered for SNP calling (4,487,272); hence k = 0.1522.