In selected cases, this approach was even superior to functional magnetic resonance imaging (fMRI) for detection of language-related cortical areas [ 2].
They may benefit from earlier screening, detection and management of language impairments during the acute phase in order to optimise longer-term functional outcomes.
The out-of-language query detection can obtain similar or even better performance than the in-language query detection when the language of those OOL queries is used to construct the system or the system fuses several language-dependent QbE STD systems.
Even for monolingual systems, language recognition (LRE) is necessary for out-of-language (OOL) detection [1, 2] to filter out segments of non-target languages.
This allows an early detection of problems within the language definition and increases the reliability of the language and the supporting tools.
The initial process of identifying words from spoken language and the detection of more subtle regularities underlying their structure are mandatory processes for language acquisition.
A few previous studies had linked the area to aspects of language comprehension, such as the detection of literary themes and the interpretation of metaphors.
Language problems in infancy are difficult to diagnose [ 27] and the identification of early cognitive markers of language impairment can facilitate earlier detection and increase our understanding of underlying mechanisms associated with less favourable outcomes of prematurity.
This study represents the first step in the detection of genetic variants that underlie the increased frequency of language impairments in this population.
