Results 161 to 170 of about 26,772 (210)
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Spatially Adherent Graphemic Perseveration
Cognitive and Behavioral Neurology, 2010There are several forms of agraphia, including: aphasic agraphia, where patients have impairments in writing the correct words or correctly spelling words; apraxic agraphia, where patients are impaired in making the movements needed to write letters; and spatial agraphia, where patients might fail to write letters on one side of a word or write on one ...
Waldo Rigoberto, Guerrero +3 more
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2022
The turn of the twentieth and twenty-first century brought about sweeping technological changes which impacted our way of functioning in society. One of those constitutes the transition from analog to digital photography. The aim of this monograph is to capture these changes and their image preserved in poetry written after 1989, based on Polish ...
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The turn of the twentieth and twenty-first century brought about sweeping technological changes which impacted our way of functioning in society. One of those constitutes the transition from analog to digital photography. The aim of this monograph is to capture these changes and their image preserved in poetry written after 1989, based on Polish ...
openaire +1 more source
Do graphemes attract spatial attention in grapheme-color synesthesia?
Neuropsychologia, 2017Grapheme-color synesthetes perceive concurrent colors for some objectively achromatic graphemes (inducers). Using oscillatory responses in the electroencephalogram, we tested the hypothesis that inducers automatically attract spatial attention and, thus, favor a conscious experience of color.
G, Volberg, A S, Chockley, M W, Greenlee
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Pupillometry of Grapheme-Color Synaesthesia
Cortex, 2006Pupil diameters of color-grapheme synaesthetes were measured with an infrared eye-tracker while Stroop-like alphanumeric symbols were passively viewed. Pupils dilated more when synaesthetes viewed incongruently-colored symbols than congruently-colored symbols or symbols printed in the standard black ink.
Helle Gaare, Paulsen, Bruno, Laeng
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Graphemic Jargon: A Case Report
Brain and Language, 1994We report on a patient with left hemispheric thromboembolic stroke whose writing performance on single word dictation following recovery from an aphasic syndrome remained severely impaired but fluent. Having only very fragmentary command of the target's written spelling she produced neologistic nonwords which were approximately the same length and ...
K, Schonauer, G, Denes
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The structure of graphemic representations
Cognition, 1990The analysis of the spelling performance of a brain-damaged dysgraphic subject is reported. The subject's spelling performance was affected by various graphotactic factors, such as the distinction between consonant and vowel and graphosyllabic structure.
CARAMAZZA A., Miceli, Gabriele
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Graphemes are perceptual reading units
Cognition, 2000Graphemes are commonly defined as the written representation of phonemes. For example, the word 'BREAD' is composed of the four phonemes /b/, /r/, /e/ and /d/, and consequently, of the four graphemes 'B', 'R', 'EA', and 'D'. Graphemes can thus be considered the minimal 'functional bridges' in the mapping between orthography and phonology.
Rey, Arnaud +2 more
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Binding of Graphemes and Synesthetic Colors in Color-Graphemic Synesthesia
2004Abstract Most people experience their visual environment as consisting of meaningful whole objects. How does the visual system combine, or in other words bind, various visual and semantic properties together to create the experience of perceiving meaningful whole objects?
Daniel Smilek +2 more
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2012
For many Arabic dialects, it is not always possible to estimate the phonetic transcription in order to train phoneme-based acoustic models as described in the previous chapter. In this chapter, we tackle the problem of having only graphemic transcriptions instead of phonemic ones. The problem is tackled by adopting grapheme-based acoustic modeling.
Mohamed Elmahdy +2 more
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For many Arabic dialects, it is not always possible to estimate the phonetic transcription in order to train phoneme-based acoustic models as described in the previous chapter. In this chapter, we tackle the problem of having only graphemic transcriptions instead of phonemic ones. The problem is tackled by adopting grapheme-based acoustic modeling.
Mohamed Elmahdy +2 more
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