Explore: Theory Of Distributions

Distributions, also known as Schwartz distributions are a kind of generalized function in mathematical analysis. Distributions make it possible to differentiate

probability distribution is often represented with Dirac measures, also called one-point distributions (see below), the probability distributions of deterministic

extending the notion of functions on real or complex numbers. There is more than one recognized theory, for example the theory of distributions. Generalized functions

mathematician who received the Fields Medal in 1950 for pioneering the theory of distributions or generalized functions, giving a well-defined meaning to objects

probability theory treat discrete probability distributions and continuous probability distributions separately. The measure theory-based treatment of probability

the number of possible distributions of m objects to n recipients, subject to various conditions; see Twelvefold way Distribution (concurrency), the projection

distribution theory of holomorphic functions is a division of mathematical analysis. The purpose of the theory is to provide quantitative measures of

for different kinds of simple known distributions. But distributions learning theory deals with learning class of distributions that have more complicated

differential equations and the theory of distributions, by generalising the concept of an integer index to an ordered tuple of indices. An n-dimensional multi-index

"function" rigorously involves the use of limits or, as is common in mathematics, measure theory and the theory of distributions. The delta function was introduced