Mathematical models explaining production effects assume that production leads to the
encoding of additional features, such as phonological ones. This improves memory with a …

Abstract We introduce the Embedded Computational Framework of Memory (eCFM), a
model that integrates structured semantic word representations with an instance-based …

L'effet de production fait référence au fait que les mots lus à haute voix sont mieux
mémorisés que ceux lus en silence. Cette tendance a le plus souvent été expliquée comme …

Although knowledge is extremely high-dimensional, human episodic memory performance
appears extremely low-dimensional, focused largely on stimulus-features that distinguish list …

The production effect refers to the finding that words read aloud are better remembered than
words read silently. This finding is typically attributed to the presence of additional …

Working memory (WM) is often tested through immediate serial recall of word lists.
Performance in such tasks is negatively influenced by phonological similarity: People more …

The production effect refers to the finding that participants better remember items read aloud
than items read silently. This pattern has been attributed to aloud items being relatively more …

Recall performance in working memory (WM) is strongly affected by the similarity between
items. When asked to encode and recall list of items in their serial order, people confuse …

The production effect (PE) is the finding that reading words aloud rather than silently during
study leads to improved memory. We used electroencephalography (EEG) techniques to …

The production effect (PE) is a phenomenon where reading words aloud, rather than silently,
during study leads to improved recognition memory. Human recognition memory can be …