Description Usage Arguments See Also Examples
Compute the probability of type I error of the Poisson rate test for a given sample size (t) with specified gamma priors
1 2 | sampleAlphaPoisson(t, a1, b1, a2, b2, a = a1, b = b1, pi0 = 0.5,
pi1 = 1 - pi0, c = 1)
|
t |
the sample size |
a1 |
alpha, the hyperparameter of the gamma distribution of the first poisson rate |
b1 |
beta, the hyperparameter of the gamma distribution of the first poisson rate |
a2 |
alpha, the hyperparameter of the gamma distribution of the second poisson rate |
b2 |
beta, the hyperparameter of the gamma distribution of the second poisson rate |
a |
alpha, the hyperparameter of the gamma distribution under the null |
b |
beta, the hyperparameter of the gamma distribution under the null |
pi0 |
the prior probability of the null hypothesis |
pi1 |
the prior probability of the alternative hypothesis |
c |
relative loss constant (loss due to type II error divided by loss due to type I error) |
1 2 3 4 5 6 | ## Not run:
1+1
## End(Not run)
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