"sound comprehension" is a correct and usable phrase in written English.
It refers to the ability to understand and interpret what is being said or communicated. It is often used in discussions about language development, education, and communication. Example: "The student exhibited strong sound comprehension, easily understanding complex instructions and accurately answering comprehension questions."
But he explained, 'I feel they're important because, apart from anything else, I think of laughter as the sound of comprehension.' " "Arcadia" exists as a result of Stoppard's having read, twenty or so years ago, several books about physics, mathematics, landscape gardening, and a Peter Quennell biography of Lord Byron.
However, a rather strong correlation between speech sound perception and auditory comprehension has also been reported [ 13].
This variation might be a reason for the complex relation between impaired speech sound perception and auditory comprehension in aphasia.
On the background of a still unclear relation between speech sound perception and auditory comprehension and sparse ERP-research on the attended processing of speech sounds in aphasia, we aimed in this study to further explore neurophysiological correlates of automatic and cognitive processes involved in speech sound processing in aphasic subjects.
Lexically-guided retuning of speech-sound categories therefore benefits comprehension.
To determine hearing thresholds at sound frequencies important for speech comprehension in subjects with ocular pseudoexfoliation and to compare them with that of age- and sex-matched controls without pseudoexfoliation.
Patients will undergo a broad battery of neuroimaging tests using fMRI and EEG to document preserved sound perception, speech perception and comprehension, visual perception, attention, memory, command following, and communication abilities.
This area appears to be uniquely important for the comprehension of speech sounds and is considered to be the receptive language, or language comprehension, centre.
Like him, his students are awash in a sea of indiscriminate sound, grasping as he does for comprehension and meaning.
The prediction model for sound quality is completed under the comprehension of genetic algorithm (GA), particle swam optimization (PSO) and support vector machine (SVM).
