Sentence examples for processing of compounds from inspiring English sources

MMN response dissociates lexical access and combinatorial processing of compounds.

The current study investigated the neural processing of compounds with systematically varied psycholinguistic features, which were presented auditorily to participants whose brain activity was assessed using EEG.

Based on previous studies of the P3a, we suggest that automatic attentional orientation is greater when processing of compounds relies more on combinatorial processing as in the case of transparent compounds.

We investigated the neuro-cognitive processing of compounds using EEG and a passive-listening oddball design in which lexical access and combinatorial processing elicit dissociating Mismatch Negativity (MMN) brain-response patterns.

To support intuition‐driven processing of compound collections, wedeveloped MONA, an interactive tool that has been designed to prepare andvisualize large small‐molecule datasets.

The representation and processing of compound words, and morphologically complex words more generally, remains a controversial topic in psycholinguistics.

Thus its presence here might also be an indicator that combinatorial processing of compound words requires more in-depth processing, which recruits stronger attentional resources, than monomorphemic words.

The main questions we asked are whether processing of compound words takes place via a combinatorial or whole-form route and whether processing is influenced by the transparency and lexical frequency of the words.

Such an account is also supported by data from the processing of Chinese compounds which demonstrated an N400 reflecting semantic integration processes rather than a general increase in processing resources (Bai et al., 2008).

So far, OCHEM has been limited to the processing of individual compounds.

This property is quite useful during isolation, purification and processing of antimicrobial compounds from commercialization point of view.