<p>The unimodal (top) and bimodal (middle) distributions represent the Dutch vowel /ε/ and the English vowel contrast /ε/∼/æ/, respectively. Each solid vertical line indicates a vowel token with a specific F1 value. Each vowel token was presented only once (i.e., the height of the vertical lines is 1). The grey curves are the underlying probability density functions. When creating training distributions, the acoustic values of the test stimuli can be calculated by computing the intersections (black discs, bottom) of the unimodal and bimodal distributions.</p
<p>Female tokens are plotted in larger font and larger circles. The figure shows average formant val...
<p>Doublets and triplets are sorted according to decreasing probability in the real data. Separate g...
ABSTRACT Distributional vowel training for adults has been reported as "effective" for Spa...
Distributional learning studies investigating the acquisition of the Dutch contrast /ɑ/-/a:/ by non-...
This study addresses the questions of whether listening to a bimodal distribution of vowels improves...
In previous research on distributional training of non-native speech sounds, distributions were alwa...
This study first confirms the previous finding that Spanish learners improve their perception of a d...
This study first confirms the previous finding that Spanish learners improve their perception of a d...
Distributional vowel training for adults has been reported as "effective" for Spanish and Bulgarian ...
This dataset contains data used in the research described in the paper entitled ‘Contrast and Confli...
Distributional learning of speech sounds (i.e., learning from simple exposure to frequency distribut...
(A) Language selection error rate and (B) mean RT (in ms), grouped by language (Dutch vs. English) a...
Distributional learning of speech sounds is learning from simply being exposed to frequency distribu...
Distributional learning of speech sounds (i.e., learning from simple exposure to frequency distribut...
Distributional learning of speech sounds (i.e., learning from simple exposure to frequency distribut...
<p>Female tokens are plotted in larger font and larger circles. The figure shows average formant val...
<p>Doublets and triplets are sorted according to decreasing probability in the real data. Separate g...
ABSTRACT Distributional vowel training for adults has been reported as "effective" for Spa...
Distributional learning studies investigating the acquisition of the Dutch contrast /ɑ/-/a:/ by non-...
This study addresses the questions of whether listening to a bimodal distribution of vowels improves...
In previous research on distributional training of non-native speech sounds, distributions were alwa...
This study first confirms the previous finding that Spanish learners improve their perception of a d...
This study first confirms the previous finding that Spanish learners improve their perception of a d...
Distributional vowel training for adults has been reported as "effective" for Spanish and Bulgarian ...
This dataset contains data used in the research described in the paper entitled ‘Contrast and Confli...
Distributional learning of speech sounds (i.e., learning from simple exposure to frequency distribut...
(A) Language selection error rate and (B) mean RT (in ms), grouped by language (Dutch vs. English) a...
Distributional learning of speech sounds is learning from simply being exposed to frequency distribu...
Distributional learning of speech sounds (i.e., learning from simple exposure to frequency distribut...
Distributional learning of speech sounds (i.e., learning from simple exposure to frequency distribut...
<p>Female tokens are plotted in larger font and larger circles. The figure shows average formant val...
<p>Doublets and triplets are sorted according to decreasing probability in the real data. Separate g...
ABSTRACT Distributional vowel training for adults has been reported as "effective" for Spa...