### Some articles on *dirichlet*:

Timeline Of Number Theory - 19th Century

1825 - Peter Gustav Lejeune

1825 - Peter Gustav Lejeune

**Dirichlet**and Adrien-Marie Legendre prove Fermat's Last Theorem for n = 5. 1832 - Lejeune**Dirichlet**proves Fermat's Last Theorem for n = 14. 1835 - Lejeune**Dirichlet**proves**Dirichlet**'s theorem about prime numbers in arithmetical progressions ...Categorical Distribution - With A Conjugate Prior - Posterior Conditional Distribution

... networks that include categorical variables with

... networks that include categorical variables with

**Dirichlet**priors (e.g ... models including mixture components), the**Dirichlet**distributions are often "collapsed out" (marginalized out) of the network, which introduces dependencies among the various categorical nodes dependent on ...**Dirichlet**'s Test

... In mathematics,

**Dirichlet**'s test is a method of testing for the convergence of a series ... It is named after mathematician Johann

**Dirichlet**who published it in the Journal de Mathématiques Pures et Appliquées in 1862 ...

**Dirichlet**Density - Properties

... (number of elements of A less than N)/(number of primes less than N) then it also has a

**Dirichlet**density, and the two densities are the same ... However it is usually easier to show that a set of primes has a

**Dirichlet**density, and this is good enough for many purposes ... For example, in proving

**Dirichlet**'s theorem on arithmetic progressions, it is easy to show that the

**Dirichlet**density of primes in an arithmetic progression a ...

P-adic L-function -

... The

**Dirichlet**L-functions... The

**Dirichlet**L-function is given by the analytic continuation of The**Dirichlet**L-function at negative integers is given by where Bn,χ is a generalized Bernoulli number defined by for χ a ...Related Subjects

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