Sentence examples for binomial distribution for each from inspiring English sources

Assuming a binomial distribution, for each question separately, the likelihood of the observed changes was calculated, firstly, assuming the ML estimates for probability of increase and decrease obtained from the data; and secondly, assuming an extrinsic hypothesis that the probability of increase and probability of decrease are equal (0.5).

We calculated positional bias, using the binomial distribution, for each 50 and 100 bp window between 0 and 500 bp upstream of the start site.

To accommodate this phenomenon we use a different binomial distribution for each position within the reads.

The parameters of the negative binomial distribution for each tissue were fit by measuring the variance in our data across biological replicates using the Matlab function nbinfit.

Links can be added to pollinators already in the network (geometric distribution) or deleted (binomial distribution) For each day of the season, the number of pollinators leaving the network is determined according to a binomial law.

We calculated the proportion of patients triggering each indicator (with 95% confidence intervals from a binomial distribution) for each indicator and for a composite prescribing (prescribing indicator, P1-P13) and monitoring (monitoring indicator, M1-M4) indicator.

A Bayesian two-component mixture model was used to infer the parameters of the beta binomial distributions for each of the alleles and to compute the posterior probability of each sequence having originated from each allele, based on the observed methylation data.

This study surveyed and analyzed the vegetation heterogeneity in the Center of Inner Mongolia (CIM) by a new method based on the beta-binomial distribution for each kind of vegetation.

The final models employed a negative binomial distribution for germination date, Poisson distributions for herbivory score and stem count, and a log-linear link for each model.

Excellent agreements in branching dispersities between calculation with branching moments and prediction with assumption of binomial distribution for a tubular reactor and CSTR processes show that the branching distribution follows a binomial distribution for both processes.

As a total 26 questionaires were evaluated using approximation of binomial distribution for calculation of the standard deviation given in the Figures.