Phonological processing in the reading of deaf and normally hearing children

This paper reviews measurement of phonological processes in reading among deaf children and children who are of normal hearing.

The effects of phonological and semantic priming in speech production

This paper is a review of experiments to investigate the influence of experimental task, level of processing, and time course in speech production via the priming paradigm.

Phonological awareness in children who are deaf/hard of hearing

This paper examines the phonological awareness skills of young children who are hearing impaired through rime identification and onset detection.

Evaluating the efficacy of monaural vs. binaural FM fittings in children with auditory processing disorders

The purpose of this project was to determine whether a monaural FM or binaural FM fitting strategy is more appropriate for children with Auditory Processing Disorders.

Effect of auditory processing on the preference of monaural amplification for adults with symmetrical hearing loss

The purpose of this project was to determine if subjects with symmetrical hearing loss who prefer a monaural hearing aid fit to a binaural hearing aid fit may demonstrate an auditory processing disorder causing them to experience binaural interference when fit binaurally.

Are distortion levels a problem with digital signal processing hearing aids and frequency modulation (FM) systems?

The purpose of this study was to examine objective and subjective distortion present when frequency modulation (FM) systems were coupled with four digital signal processing (DSP) hearing aids. Electroacoustic analysis and subjective listening tests by experienced audiologists revealed that distortion levels varied across hearing aids and channels.

The reassessment of central auditory processing disorders in children 7 to 12 years of age

This paper provides a review of central auditory processing disorders in children.

Central auditory processing: a current literature review and summary of interviews with researchers on controversial issues related to auditory processing disorders

This paper discusses issues related to Auditory Processing Disorders (ADP) evaluation and management, focusing mainly on the disorder in children.

Elaine Paden's phonological assessment of the hearing impaired

This paper is a study of the phonological test, Identifying Early Phonological Needs, and determining whether it is useful to plan speech therapy for young unintelligible hearing impaired children.

The effects of a phonological awareness training program for hearing-impaired children

This paper examines the effectiveness of a phonological awareness program for hearing impaired children.

Compensatory signal processing for profoundly hearing-impaired listeners: the transmission of fundamental frequency

This paper reviews a study to determine the usefulness of signal processing along with lipreading in improving speech perception of profoundly hearing impaired persons.

Relationship among otoacoustic emission suppression and auditory processing measures in adults

The purpose of this Capstone Project is to help determine whether performing otoacoustic emissions with contralateral noise may be used in the diagnosis of Auditory Processing Disorder.

Pediatric conversion to the HiResolution processing strategy: 6 case studies

This paper presents a study documenting the general trends in the programming techniques, aided behavioral thresholds, speech perception abilities, and overall behavior when converting children into processing strategy called HiResolution (HiRes), used with the Advanced Bionics Clarion II Cochlear Implant System.

Temporal processing in listeners with unilateral hearing loss

Temporal processing is examined for sounds delivered to the intact ear of individuals with unilateral hearing, and delivered to one ear of individuals with normal, bilateral hearing. Two temporal processing skills are assessed: 1) the ability to detect sinusoidal amplitude modulation of a wide-band noise, for various modulation frequencies, and 2) the just-noticeable-difference for temporal complexity of random-spectrogram-sounds.