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Mechanisms of output interference in cued recall
Jack H Wilson1, David Kellen2, Amy H Criss3
1Syracuse University, Syracuse, NY, USA. jhwilson99@gmail.com.
Output interference in cued recall, where accuracy decreases during memory tests, is explained by retrieval learning and a response filter. This filter prevents recalling the same item repeatedly, not by a global match.
Area of Science:
- Cognitive Psychology
- Neuroscience
- Memory Research
Background:
- Episodic memory tests often show decreased accuracy over time, a phenomenon known as output interference.
- Output interference in cued recall specifically manifests as fewer correct responses, more intrusions, and increased non-responses.
Purpose of the Study:
- To elucidate the mechanisms underlying output interference in cued recall.
- To investigate the operation of a retrieval filter, a key component in explaining output interference.
Main Methods:
- Examined output interference in cued recall by manipulating word similarity.
- Collected data on correct responses, intrusion responses, and failures to respond across a memory test.
Main Results:
- The observed pattern of memory performance is best explained by a model incorporating both learning during retrieval and a response filter.
- Evidence suggests the retrieval filter does not rely on a global match to previously recalled items.
Conclusions:
- A model with retrieval learning and a response filter accurately accounts for output interference in cued recall.
- The retrieval filter's mechanism appears more nuanced than a simple global matching process, aligning with associative memory theories.
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