Sentence examples for adjusting the probabilities from inspiring English sources

Adjusting the probabilities pα′ k requires a small adjustment that approaches zero in the limit of large population size.

Then they had online discussions with members of their team adjusting the probabilities, as often as every day.

It represents an observation on a random variable Y whose probability distribution is the results of adjusting the probabilities of the anticipated distribution through weighting them with the probability with which the value x of X is included in the sample.

Then it continues until convergence happens by adjusting the probabilities of each model parameter to increase the probability of the model in accordance with the training set being scanned.

Our proposed protocols also depend on a random number; however, we compensate this deficiency by adjusting the probability of CHs' selection.

We derive an expression of the reproduction number from our mathematical model using standard methods [31] and calibrate our model against published estimates of the basic reproduction number for this influenza pandemic in Mexico by adjusting the probability of transmission given contact (q) (File S1).

We have accounted for this via sensitivity analyses and could show that by adjusting the probability of root-canal treatment instead of extraction being performed, the number of teeth retained over the lifetime decreased dramatically.

Unknown differences in scale which we have to expect when comparing P-values and Bayesian probabilities are overcome by using a P-value threshold of 0.01 for assigning differential expression in the statistical test and adjusting the probability threshold such that the number of differentially expressed genes match.

We used female age-adjusted life tables for Manitoba to adjust the probabilities from remission to death in order to account for the incremental mortality risk over the extrapolated time [ 42].

These controllers are invoked periodically to calculate and adjust the probabilities for different classes of requests to use a limited number of database connections, according to the error between the measured QoS metric and the reference value.

As a solution to this problem, we developed an iterative procedure, where numerical simulations of saccade-targeting (Fig. 2a) were applied (i) to decompose the distributions of landing positions into well- and mislocated fixations (Fig. 2b) and (ii) to simultaneously adjust the probabilities for word-targeting, i.e., word skippings and refixations (Fig. 2c).