Sentence examples for differential word from inspiring English sources

Overall bagging works best, performing better than other methods with a confidence of at least 99% in all cases, while approximately 97.5% of the probability mass lying above the 0.5% differential word error rate compared to the baseline model, as can be seen in Figure 12(a).

(3) The usefulness of vaccination, i.e. the Meningococcal C catch-up campaign, was measured by a visual analog scale (VAS) with three semantic differential word pairs (reassuring/not reassuring; beneficial/not beneficial, self-evident/not self-evident).

In Simulation 2, the network demonstrated a differential word-length effect similar to that seen in human subjects.

Thus, it is not difficult to imagine that the DRC model which postulates two different routes for processing words and nonwords can account for the differential word-length effects found by Weekes (1997).

Simulation 2 could account for the differential word-length effects observed in normal human reading, while Simulation 1 did not show the linear effect of length seen in human data.

Here we demonstrate that a parallel model of single word reading can account for the differential word-length effects found in the naming latencies of words and nonwords, provided that it includes a mapping from visual to orthographic representations, and that the nature of those orthographic representations are not preconstrained.

The key objective for this study is to investigate whether in a computational model of reading that uses a single mechanism to process words and nonwords it is possible that a differential effect of word length may emerge within the visual processing stage of the model.

For example, Sereno and collaborators [ 14] reported a differential response to words vs. pseudo-words as early as 112 ms post-stimulus.

Our study for the first time investigated the differential impact of word frequency on functional magnetic resonance imaging (fMRI) responses to action-related words and visually related words, respectively.

Differential processing of word meaning in the absence of explicit memory was most likely responsible for differential electrical and behavioral responses to old versus new words.

It seems more likely that they are an epiphenomenal result of the differential contextualization of word meanings.