Music Perception Abilities of the Hearing Amplification System Users
1
조회
0
다운로드
0
인용
0
참고문헌
키워드
초록
Background and Objectives: Recently, the improvement of music perception abilities for emotional stability and high quality of life has become important for the hearing loss group. This study aimed to examine and compare the music perception abilities of the normal hearing (NH) and hearing amplification system (HAS) groups to find the needs and methods of music rehabilitation.Subjects and Methods: The data were collected from 15 NH adults (33.1±11.4 years) and 15 HAS adults (38.7±13.4 years), of whom eight wore cochlear implant [CI] systems and seven wore CI and hearing aid systems depending on pitch, melody, rhythm, timbre, emotional reaction, and harmony perception tests. A mismatch negativity test was also conducted, and attitudes toward and satisfaction with listening to music were measured.Results: The correction percentages for the NH and HAS groups were 94.0%±6.1% and 75.3%±23.2% in the pitch test; 94.0%±7.1% and 30.3%±25.9% in the melody test; 99.3%±1.8% and 94.0%± 7.6% in the rhythm test; 78.9%±41.8% and 64.4%±48.9% in the timbre test; 96.7%±10.4% and 81.7%±16.3% in the emotional reaction test; and 85.7%±14.1% and 58.4%±13.9% in the harmony test, respectively, showing statistical significance (<i>p</i><0.05). For the mismatch negativity test, the area of the waveform was smaller in the HAS groups than in the NH groups, with 70 dB of stimulation showing no statistical significance. The response rates for satisfaction with listening to music were 80% and 93.3% for the NH and HAS groups, showing no statistical significance.Conclusions: Although the HAS group showed lower music perception ability than the NH group overall, they showed a strong desire for music listening. Also, the HAS group revealed a higher degree of satisfaction even when listening to unfamiliar music played with unusual instruments. It is suggested that systematic and constant musical rehabilitation based on musical elements and different listening experiences will improve music perception qualities and abilities for HAS users.
Abstract
Background and Objectives: Recently, the improvement of music perception abilities for emotional stability and high quality of life has become important for the hearing loss group. This study aimed to examine and compare the music perception abilities of the normal hearing (NH) and hearing amplification system (HAS) groups to find the needs and methods of music rehabilitation.Subjects and Methods: The data were collected from 15 NH adults (33.1±11.4 years) and 15 HAS adults (38.7±13.4 years), of whom eight wore cochlear implant [CI] systems and seven wore CI and hearing aid systems depending on pitch, melody, rhythm, timbre, emotional reaction, and harmony perception tests. A mismatch negativity test was also conducted, and attitudes toward and satisfaction with listening to music were measured.Results: The correction percentages for the NH and HAS groups were 94.0%±6.1% and 75.3%±23.2% in the pitch test; 94.0%±7.1% and 30.3%±25.9% in the melody test; 99.3%±1.8% and 94.0%± 7.6% in the rhythm test; 78.9%±41.8% and 64.4%±48.9% in the timbre test; 96.7%±10.4% and 81.7%±16.3% in the emotional reaction test; and 85.7%±14.1% and 58.4%±13.9% in the harmony test, respectively, showing statistical significance (<i>p</i><0.05). For the mismatch negativity test, the area of the waveform was smaller in the HAS groups than in the NH groups, with 70 dB of stimulation showing no statistical significance. The response rates for satisfaction with listening to music were 80% and 93.3% for the NH and HAS groups, showing no statistical significance.Conclusions: Although the HAS group showed lower music perception ability than the NH group overall, they showed a strong desire for music listening. Also, the HAS group revealed a higher degree of satisfaction even when listening to unfamiliar music played with unusual instruments. It is suggested that systematic and constant musical rehabilitation based on musical elements and different listening experiences will improve music perception qualities and abilities for HAS users.
참고문헌 (39)
- Looi V, "Music appreciation and training for cochlear implant recipients : a review", Semin Hear, 33, pp.307~334 (2012)
- Darrow AA, "Music and deaf culture : images from the media and their interpretation by deaf and hearing students", J Music Ther, 36, pp.88~109 (1999)
- Gfeller K, "The effects of familiarity and complexity on appraisal of complex songs by cochlear implant recipients and normal hearing adults", J Music Ther, 40, pp.78~112 (2003)
- Jung KH, "Clinical assessment of music perception in Korean cochlear implant listeners", Acta Otolaryngol, 130, pp.716~723 (2010)
- Moore BC, "Effects of carrier frequency, modulation rate, and modulation waveform on the detection of modulation and the discrimination of modulation type(amplitude modulation versus frequency modulation)", J Acoust Soc Am, 97, pp.2468~2478 (1995)
- Moore BC, "The role of temporal fine structure processing in pitch perception, masking, and speech perception for normal-hearing and hearing-impaired people", J Assoc Res Otolaryngol, 9, pp.399~406 (2008)
- Nimmons GL, "Clinical assessment of music perception in cochlear implant listeners", Otol Neurotol, 29, pp.149~155 (2008)
- Sandmann P, "Neurophysiological evidence of impaired musical sound perception in cochlear-implant users", Clin Neurophysiol, 121, pp.2070~2082 (2010)
- Gordon E, "The musical aptitude profile", Music Educ J, 53, pp.52~54 (1967)
- Gordon EE, "Developmental music aptitude as measured by the primary measures of music audiation", Psychol Music, 7, pp.42~49 (1979)
- Fitzgerald D, "Musical sounds in cochlear implants(MuSIC)test" (2006), MED-EL
- Kang R, "Development and validation of the University of Washington clinical assessment of music perception test", Ear Hear, 30, pp.411~418 (2009)
- Uys M, "Development of a music perception test for adult hearing-aid users", S Afr J Commun Disord, 58, pp.19~47 (2011)
- Roy AT, "Evaluation of a test battery to assess perception of music in children with cochlear implants", JAMA Otolaryngol Head Neck Surg, 140, pp.540~547 (2014)
- "Munich music questionnaire" (2022)[URL]
- Chin T, "The Music USE(MUSE)questionnaire : an instrument to measure engagement in music", Music Percept, 29, pp.429~446 (2012)
- Yerim Shin, "Development of Assessment of Music Perception for the Hearing-impaired", Audiology and Speech Research, 17(4), pp.331~343 (2021), 한국청각언어재활학회
- Lee ES, "A study for draft of assessment of music perception for hearing loss(AMPHL)test and application to cochlear implant users", master, pp.2019
- Gfeller K, "Musical perception of cochlear implant users as measured by the primary measures of music audiation : an item analysis", J Music Ther, 29, pp.18~39 (1992)
- Looi V, "Music perception of cochlear implant users compared with that of hearing aid users", Ear Hear, 29, pp.421~434 (2008)
- Gfeller KE, "Music perception with cochlear implants and residual hearing", Audiol Neurootol 2006;11 Suppl, 11(Suppl 1), pp.12~15 (2006)
- Gfeller K, "Melodic, rhythmic, and timbral perception of adult cochlear implant users", J Speech Hear Res, 34, pp.916~920 (1991)
- Gfeller K, "Perception of rhythmic and sequential pitch patterns by normally hearing adults and adult cochlear implant users", Ear Hear, 18, pp.252~260 (1997)
- Jiam NT, "Rhythm processing in cochlear implant-mediated music perception", Ann N Y Acad Sci, 1453, pp.22~28 (2019)
- Darrow AA, "The role of music in deaf culture : deaf students’ perception of emotion in music", J Music Ther, 43, pp.2~15 (2006)
- Caldwell M, "Cochlear implant users rely on tempo rather than on pitch information during perception of musical emotion", Cochlear Implants Int, 16(Suppl 3), pp.S114~S120 (2015)
- Quinto L, "Emotional communication in speech and music : the role of melodic and rhythmic contrasts", Front Psychol, 4, pp.184~ (2013)
- Caldwell MT, "Impaired perception of sensory consonance and dissonance in cochlear implant users", Otol Neurotol, 37, pp.229~234 (2016)
- 현승희, "인공와우이식 아동의 문맥조건에 따른 소음상황듣기 수행능력", Communication Sciences and Disorders, 18(1), pp.86~97 (2013), 한국언어청각임상학회[DOI]
- 황선영, "학령기 인공와우 이식 아동과 일반 건청 아동의 음악 선호도에 대한 비교 연구", 인간행동과 음악연구, 8(2), pp.47~64 (2011), 한국음악치료교육학회
- The Korean Audiological Society, "Practical Manual of Hearing Tests", pp.21~40 (2009), Hakjisa
- Lee JH, "Hearing aid evaluation and fitting", pp.1~448 (2007), Hakjisa
- Han SL, "Music preference and perceived complexity by genres of adults with cochlear implants in comparison with adults with normal hearing", master, pp.2015
- Liang H, "Barehanded music : real-time hand interaction for virtual piano", Proceedings of the 20th ACM SIGGRAPH Symposium on Interactive 3D Graphics and Games, pp.87~94 (2016), ACM
- Jäncke L, "Music drives brain plasticity", F1000 Biol Rep, 1, pp.78~ (2009)
- Chandrasekaran B, "The scalp-recorded brainstem response to speech : neural origins and plasticity", Psychophysiology, 47, pp.236~246 (2010)
- Hyde KL, "Musical training shapes structural brain development", J Neurosci, 29, pp.3019~3025 (2009)
- Yerim Shin, "Development of Korean Music Rehabilitation Program for Persons with Hearing Loss", Audiology and Speech Research, 18(2), pp.83~94 (2022), 한국청각언어재활학회
- Yerim Shin, "A Study of Music Training for Cochlear Implant Users: Mismatch Negativity and Music Listening Attitude and Satisfaction Questionnaire", Audiology and Speech Research, 18(3), pp.149~156 (2022), 한국청각언어재활학회