So, a friend of mine was bored one day and came up with this problem on his own (it related closely to some personal circumstances of his own). It intrigued me, but I have not been able to solve it.

N is the population size for a hypergeometric distribution. In terms of acceptance sampling, N is the lot size. K is the number of items in the category of interest in the population. In terms of ...

This is a preview. Log in through your library . Abstract Motivated essentially by several recent works on interesting generalizations of the first-order Volterra-type integro-differential equation ...

Given parameters r̄ = r1,..., rm and c̄ = c1,..., cn with ∑ ri = ∑ cj = N, the bi-multivariate hypergeometric distribution is the distribution on nonnegative integer m × n matrices with row sums r̄ ...