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Semantic neighborhood effects on the recognition of ambiguous words

Memory & CognitionPublished 1 June 2003Open access
Lawrence Locker, Greg B. Simpson, Mark Yates
Citations56
SJR quartileQ1
SJR score1.15
SNIP1.32
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TL;DR

The effect of semantic neighborhood on the processing of ambiguous words was examined in two lexical decision experiments and results are interpreted within a framework in which both semantic feedback processes and meaninglevel competition can affect the recognition of semantically ambiguous words.

Abstract

The effect of semantic neighborhood on the processing of ambiguous words was examined in two lexical decision experiments. Semantic neighborhood was defined in terms of semantic set size and network connectivity. In Experiment 1, the variables of semantic set size, network connectivity, and ambiguity were crossed. An ambiguity advantage was observed only within small-set low-connectivity words. In Experiment 2, the effect of network connectivity on the processing of words of high and low meaning relatedness was examined. Participants responded more rapidly to words of high meaning relatedness, relative to words of low meaning relatedness, but only within high-connectivity words. These results are interpreted within a framework in which both semantic feedback processes and meaning-level competition can affect the recognition of semantically ambiguous words.

Keywords

PsychologyNeuroscience