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CROSSWORD
ANSWER

credal

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The answer CREDAL has 2 possible clue(s) in existing crosswords.

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The word CREDAL is VALID in some board games. Check CREDAL in word games in Scrabble, Words With Friends, see scores, anagrams etc.

Searching in Dictionaries ...

Definitions of credal in various dictionaries:

adj - of or relating to a creed

adj - a statement of belief [n -S] : CREEDAL

CREDAL - A credal set is a set of probability distributions or, more generally, a set of (possibly finitely additive) probability measures. A credal set is o...

Word Research / Anagrams and more ...

Keep reading for additional results and analysis below.

Possible Crossword Clues
To do with set of principles Ruby found in California
Of a system of belief

Last Seen in these Crosswords & Puzzles
Aug 5 2018 The Telegraph - General Knowledge
Jul 17 2010 The Telegraph - Cryptic

Possible Dictionary Clues
Variant of creedal.
of or relating to a creed
Relating to a statement of Christian or other religious belief.

Credal might refer to
A Credal set is a set of probability distributions or, more generally, a set of (possibly finitely additive) probability measures. A credal set is often assumed or constructed to be a closed convex set. It is intended to express uncertainty or doubt about the probability model that should be used, or to convey the beliefs of a Bayesian agent about the possible states of the world.If a credal set * * * * K * ( * X * ) * * * {\displaystyle K(X)} * is closed and convex, then, by the Krein–Milman theorem, it can be equivalently described by its extreme points * * * * * e * x * t * * [ * K * ( * X * ) * ] * * * {\displaystyle \mathrm {ext} [K(X)]} * . In that case, the expectation for a function * * * * f * * * {\displaystyle f} * of * * * * X * * * {\displaystyle X} * with respect to the credal set * * * * K * ( * X * ) * * * {\displaystyle K(X)} * forms a closed interval * * * * [ * * * E * _ * * * [ * f * ] * , * * * E * ¯ * * * [ * f * ] * ] * * * {\displaystyle [{\underline {E}}[f],{\overline {E}}[f]]} * , whose lower bound is called the lower prevision of * * * * f * * * {\displaystyle f} * , and whose upper bound is called the upper prevision of * * * * f * * * {\displaystyle f} * :* * * * * * E * _ * * * [ * f * ] * = * * min * * μ * ∈ * K * ( * X * ) * * * ∫ * f * * d * μ * = * * min * * μ * ∈ * * e * x * t * * [ * K * ( * X * ) * ] * * * ∫ * f * * d * μ * * * {\displaystyle {\underline {E}}[f]=\min _{\mu \in K(X)}\int f\,d\mu =\min _{\mu \in \mathrm {ext} [K(X)]}\int f\,d\mu } * where * * * * μ * * * {\displaystyle \mu } * denotes a probability measure, and with a similar expression for * * * * * * E * ¯ * * * [ * f * ] * * * {\displaystyle {\overline {E}}[f]} * (just replace * * * * min * * * {\displaystyle \min } * by * * * * max * * * {\displaystyle \max } * in the above expression). * If * * * * X * * * {\displaystyle X} * ...

Credal might refer to

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