Distribution-free tests of stochastic dominance for small samples
One variable is said to “stochastically dominate” another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers, A Eidels - 2010 - ogma.newcastle.edu.au
Description One variable is said to “stochastically dominate” another if the probability of
observations smaller than x is greater for one variable than the other, for all x. Inferring …
observations smaller than x is greater for one variable than the other, for all x. Inferring …
Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers… - Journal of Mathematical …, 2010 - dare.uva.nl
One variable is said to" stochastically dominate" another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers, A Eidels - 2010 - figshare.utas.edu.au
One variable is said to" stochastically dominate" another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
[PDF][PDF] Distribution-‐free tests of Stochastic Dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers, A Eidels - nova.newcastle.edu.au
One variable is said to“stochastically dominate” another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
[PDF][PDF] Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers, A Eidels - 2010 - Citeseer
One variable is said to ''stochastically dominate''another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers… - Journal of Mathematical …, 2010 - infona.pl
One variable is said to “stochastically dominate” another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
[PDF][PDF] Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown… - Journal of …, 2010 - ejwagenmakers.com
One variable is said to ''stochastically dominate''another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
Distribution-free tests of stochastic dominance for small samples.
A Heathcote, S Brown, EJ Wagenmakers… - Journal of Mathematical …, 2010 - psycnet.apa.org
One variable is said to “stochastically dominate” another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
[PDF][PDF] Distribution-free tests of stochastic dominance for small samples
A Heathcote, S Brown, EJ Wagenmakers… - Journal of Mathematical …, 2010 - academia.edu
One variable is said to ''stochastically dominate''another if the probability of observations
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …
smaller than x is greater for one variable than the other, for all x. Inferring stochastic …