cumulative distribution functions

A form of cumulative distribution function — A function which at each point t of the sample space has as its value the probability that a given random variable is less than (or equal) t. In symbols, F_X(t)=Pr(X<t).

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Meanings

noun
  1. pluralplural of cumulative distribution function
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APA

cumulative distribution functions. (n.d.). In WatkinsX Dictionary. Retrieved November 5, 2026, from https://dictionary.watkinsx.com/word/cumulative%20distribution%20functions

MLA

“cumulative distribution functions.” WatkinsX Dictionary, https://dictionary.watkinsx.com/word/cumulative%20distribution%20functions. Accessed November 5, 2026.

Chicago

WatkinsX Dictionary, s.v. “cumulative distribution functions,” accessed November 5, 2026, https://dictionary.watkinsx.com/word/cumulative%20distribution%20functions.

Source: cumulative distribution functions on Wiktionary, CC BY-SA 4.0.