This thesis investigates different spatial hearing functions in 3 types of populations: Normal Hearing Subjects (NHS), Unilateral Hearing Loss patients (UHL) and Bilateral Hearing Loss patients ( BHL). To discover the mechanisms underlying the adaptive strategies that are observed in UHL with acquired deafness. The main aim of the thesis is to verify whether spatial Mismatch Negativity (MMN) could be a neuronal marker of spatial auditory plasticity observed in UHL patients, and to verify whether these neural correlates are consistent with the spatial auditory performance. Two types of investigations were applied to 20 NHS, 21 UHL and 14 BHL. The first investigation is a sound source identification task measured by the root mean square error...
Auditory spatial representations are likely encoded at a population level within human auditory cort...
The aims of the present study were to investigate the ability of hearing-impaired (HI) individ-uals ...
Sensorimotor plasticity is defined as the ability to produce an appropriate motor response face to e...
This thesis investigates different spatial hearing functions in 3 types of populations: Normal Heari...
Cette thèse évalue les différentes fonctions d'audition spatiale chez 3 types de populations : Norma...
Unilateral hearing loss (UHL) alters binaural cues affecting speech comprehension and sound localisa...
Spatial hearing is an important but complex capacity of the auditory system. The human auditory syst...
Spatial hearing refers to a set of abilities enabling us to determine the location of sound sources,...
The encoding of auditory spatial acuity (measured as the precision to distinguish between two spatia...
Spatial auditory localization is a complex process that contributes to the construction of our perce...
The aim of this thesis was to focus on hearing in the evaluation and the rehabilitation of unilatera...
Introduction Unilateral deafness is a common pathology in children. It has a significant impact on b...
In the case of sensorineural hearing loss, the cochlear mechanism is modified and the active phenome...
Abstract : Auditory spatial functions are of crucial importance in everyday life. Determining the or...
Auditory spatial representations are likely encoded at a population level within human auditory cort...
The aims of the present study were to investigate the ability of hearing-impaired (HI) individ-uals ...
Sensorimotor plasticity is defined as the ability to produce an appropriate motor response face to e...
This thesis investigates different spatial hearing functions in 3 types of populations: Normal Heari...
Cette thèse évalue les différentes fonctions d'audition spatiale chez 3 types de populations : Norma...
Unilateral hearing loss (UHL) alters binaural cues affecting speech comprehension and sound localisa...
Spatial hearing is an important but complex capacity of the auditory system. The human auditory syst...
Spatial hearing refers to a set of abilities enabling us to determine the location of sound sources,...
The encoding of auditory spatial acuity (measured as the precision to distinguish between two spatia...
Spatial auditory localization is a complex process that contributes to the construction of our perce...
The aim of this thesis was to focus on hearing in the evaluation and the rehabilitation of unilatera...
Introduction Unilateral deafness is a common pathology in children. It has a significant impact on b...
In the case of sensorineural hearing loss, the cochlear mechanism is modified and the active phenome...
Abstract : Auditory spatial functions are of crucial importance in everyday life. Determining the or...
Auditory spatial representations are likely encoded at a population level within human auditory cort...
The aims of the present study were to investigate the ability of hearing-impaired (HI) individ-uals ...
Sensorimotor plasticity is defined as the ability to produce an appropriate motor response face to e...