Sentence examples for using the binomial distribution from inspiring English sources

Using the binomial distribution allowed us to take into consideration that some patients may have greater risk of hypoglycaemia than others and that the events may cluster in some patients, but this distribution does not force this clustering.

The P value of this criterion is <10-16 <10-16 the binomial distribusing on randomized autheorrelation data, which distribinomialproximately normally with mean ~0 andistributioneviation ~0.01).

By using the Binomial distribution rather than a normal approximation, falcon more effectively pools evidence from sites with low coverage.

In case of a perfectly gender balanced network, one could expect, using the binomial distribution, to have exactly 12.5% man-only triangles, 12.5% woman-only triangles, and 37.5% of the triangles in each of the two mixed triangle possibilities.

In like vein, a still more steeply angled plot (albeit one that is not based on a log-log relationship) is obtained when searching is simulated by drawing molecules at random using the Binomial Distribution, resulting in sets of molecules having minimal structural commonality.

Then, the distribution of r SUs trying to access channel i can be derived using the binomial distribution with probability of success (a times {p^{s}_{i}}) and total number of other SUs M−1 as given in Equation 3. Bleft M-1,a {p^{s}_{i}}right) = Bleft M-1}{r} left(a {p^{s}_{i}} right)^{r} left(1-a {p^{s}_{i}} right)^{M-r-1} ~. (3).

We therefore modeled the data using the Binomial distribution.

These P-values are computed using the binomial distribution.

For each hypothesis a likelihood is calculated based on the observed data using the binomial distribution.

We compared those standard errors to these generated from the sampling variability of a proportion using the binomial distributions and found that they were undistinguishable so we present the latter values based on the Haploview output only.

In 1936 the British statistician Ronald Fisher used the binomial distribution to publish evidence of possible scientific chicanery in the famous experiments on pea genetics reported by the Austrian botanist Gregor Mendel in 1866.