Sentence examples for letter representations from inspiring English sources

Whether abstract letter representations are defined on the basis of sound is difficult to test in English, because of the rather complicated relation between sound and orthography.

The divergence between our results and those of Fiset et al. [14], [18] suggests that letter representations may be slightly different for isolated letters and for letters in words.

If abstract letter representations are sound-based, the form representation of a word should be activated equally quickly whether or not a word appears in its typical script/orthography.

On the sound side, a strong version of the sound-based hypothesis would predict that in a language like English, where the orthography-to-phonology mapping is non-transparent, abstract letter representations should be substantially more complicated than in a language such as Finnish, where sound-to-symbol correspondences are almost completely one-to-one.

The Genome Analyzer platform produces short read (33 bp) datasets with bases encoded in the standard letter representations, so Illumina carried out a different realignment approach and ran their dataset through the Maq [ 9] pipeline which includes both realignment and SNP calling procedures.

Reproduction and mutation or life-changing events such as birth and death were converted to a symbolic (alphabetical letter) representation and split into triplets (3-letter code).

But thankfully they have given us a letter representation of the symbol, because unfortunately a Google search of ∆ returns no results, and of course we wouldn't want to end up with another Prince debacle.

Next, we replaced each spacer position by its locally highest scoring letter representation starting from the position with the highest score improvement to the second, third and so on improvements.

Further, English would have several symbols that simultaneously participate in multiple abstract letters representations; for example, 'c' would be part of the representation that maps the/k/sound to symbols (cat) as well as the representation that maps the/s/sound to symbols (ceiling).

Letter-specific representations are commonly referred to as abstract letter identities, or ALIs, because they serve to mediate between highly variable inputs (consider the variability in handwritten text) and lexical orthographic representations stored in long-term memory.

Initially, for example, letters are processed as non-letter-specific shapes in both hemispheres, followed by the retrieval of letter-specific representations in the left hemisphere [48] [50].