I'd like to fit the (1-displaced) negative hypergeometric distribution
to data samples such as the following:-
x <- c(370, 311, 299, 266, 265, 232, 197, 198, 170, 154, 133, 123, 120,
103, 80, 72, 69, 67, 67, 50, 36, 35, 26, 23, 15, 11, 9, 6, 5, 3, 3, 2,
2, 2)
i.e., I want to estimate the paramete
I was wondering if anyone has produced any "R" code for the Bonnet-Price
95% confidence interval for the difference between two medians?
Refs:
Price, R.M. & Bonnet, D.G. 2002. Distribution-free confidence intervals
for difference and ratio of medians. J. Statist. Comput. Simul. 72(2),
119-124.
Although I have located a number of solutions for the Student t-test
(equal variances), I have been unable to find any code for calculating a
Bayes Factor for a Welch (unequal variances) or Yuen (trimmed mean)
t-test. I wonder if anyone could help me with this?
Many thanks,
Andrew Wilson
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I need to run binomial tests (binom.test) on a large set of data, stored
in a table - 600 tests in total.
The values of x are stored in a column, as are the values of n. The
data for each test are on a separate row.
For example:
X N
11 19
9 26
13 21
13 27
18 30
Does anyone have any "R" code for computing the entropy of a simple
first or second order Markov chain, given a transition matrix something
like the following (or the symbol vector from which it is computed)?
AGRe ARIe CSRe DIRe DSCe eos
HRMe SPTe TOB
Can anyone tell me how to calculate a mid-p value for a chi-squared test
in R?
Many thanks,
Andrew Wilson
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