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Definition of Equiprobable
1. Adjective. Equally probable.
Definition of Equiprobable
1. Adjective. (mathematics logic) Having equal probability ¹
¹ Source: wiktionary.com
Definition of Equiprobable
1. [adj]
Lexicographical Neighbors of Equiprobable
Literary usage of Equiprobable
Below you will find example usage of this term as found in modern and/or classical literature:
1. Statistics, Probability, and Game Theory: Papers in Honor of David Blackwell by David Blackwell, Thomas Shelburne Ferguson, Lloyd S. Shapley, James B. MacQueen (1996)
"5+n i0+N Since the hypotheses are initially equiprobable, the possible outcomes,
N, E, S, W, are also initially equiprobable. Suppose that we have one trial ..."
2. Inequalities in Statistics and Probability: Proceedings of the Symposium on by Yung Liang Tong (1984)
"If lattice elements are equiprobable, then Cov(f,g) = - '/s! ... functions are
not always positively correlated—at least for equiprobable lattice elements. ..."
3. Genomic Signal Processing and Statistics by R. Dougherty, Edward R Dougherty (2005)
"... and all feature combinations are equiprobable. The “true” target is again
supposed to be a deterministic function of the features Y Xi E1 X2. ..."
4. The American Journal of Psychology by Granville Stanley Hall, Edward Bradford Titchener (1922)
"This occurs only when the conclusion is one of several exhaustive, exclusive,
and equiprobable alternatives. Theoretically such a conclusion exists only for ..."
5. Spatial Statistics and Imaging by Antonio Possolo (1991)
"The finite random model is defined by the equiprobable (uniform) distribution pn
on Qn according to which each tree graph T in fln occurs with equal ..."
6. Distributions with Fixed Marginals and Related Topics by B. (Berthold) Schweizer, Ludger Rüschendorf, Michael Dee Taylor (1996)
"... in the formal equiprobable case. By an approximation argument as given in
Rogers (1992) this allows one to approximate optimal couplings for F, ..."
7. Selected Proceedings of the Symposium on Inference for Stochastic Processes by Ishwar V. Basawa, C. C. Heyde, Robert Lee Taylor, (2001)
"... for all x,yeE} (the "only if part" follows immediately from (3.3), while
the "if part" follows by considering the independent and equiprobable events Ci ..."
8. Statistical Inference from Genetic Data on Pedigrees by Elizabeth A. Thompson (2000)
"Then, in a given meiosis z, RJ = 1 if Sij ^ Sij+i, and (4.9) Rj 0 if S,., =S,J+i,
j = l,...,Ll. Each vector (#i, . ..,#Li) determines two equiprobable ..."
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