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  • Research
    • Cognitive Hearing Science
      • Cognition and Hearing
        • Cognitive Spare Capacity
        • Listening Effort and Cognition
    • eHealth
      • Applied eHealth
        • Appetite for life with hearing loss
        • Eriksholm Guide To Better Hearing
        • Hearing impaired adults and their significant others searching for information on the internet
        • Professional Online Rehabilitation of Hearing Impaired Adults
      • Dispensing Processes
        • Evaluating the concept of User Preference Fitting
        • Examining Four Common Conceptions about First-time versus Experienced Users of Hearing Aids
        • Exploring narrative effects
        • Factors influencing help-seeking hearing-aid uptake hearing-aid use and hearing-aid satisfaction
        • Health Behaviour Change in Adults with Hearing Impairment
        • Help-seeking and rehabilitation perspectives of adults with hearing impairment
        • The process of recognising the need for hearing help a grounded theory study
    • Augmented Hearing
      • Amplification
        • Amplification for combined hearing aid and cochlear implant users: bimodal hearing
        • A new compression strategy based on a guided level estimator
        • Linear and nonlinear hearing-aid fittings - the patterns of benefit and candidature
        • Loudness scaling revisited
        • Measurement of Side Effects of Compression
        • Prescription rules for gain
      • Spatial Hearing and Spatial Processing
        • A pinna-cue preserving hearing aid
        • Array processing for a handheld microphone for hearing-aid users
        • Better-ear effects in echo-free and reverberant environments
        • Development of a microphone array for headset use
        • Effects of hearing loss and aiding on auditory spatial attention
        • Spatial hearing abilities of bilateral hearing-aid users
        • The effect of reverberation on speech recognition
      • Temporal Fine Structure (TFS)
        • Benefit from temporal fine structure in spatial hearing
        • Benefit of temporal fine structure in easy and difficult situations
        • Developing a test of temporal fine structure sensitivity
        • Preferred amount of vibrato in normal-hearing and hearing-impaired listeners
        • Replicating the TFS1 test
      • The Hearing-aid User's Own Voice
        • Exploring own voice level control
        • The effect of open fittings on own voice qualities
        • Exploring own voice qualities
        • Relations among own-voice occlusion problems middle-ear compliance and vent size
      • The Outer Ear
        • Bony seal CIC hearing aids and the occlusion effect
        • Mapping out the junction between cartilage and bone in the ear canal
        • Shape and deformation analysis of the ear canal
        • Statistical shape model of the ear canal
    • Outcome Measures
      • Benefits of individualized acoustical transforms
      • Designing new speech material
      • Guided stepwise training
      • Limitations of speech reception threshold SRT
      • Listening effort test
      • Speech-in-speech intelligibility test with target location uncertainty
      • Testing localisation and identification of multiple natural sounds
      • The Own Voice Quality questionaire
      • The Spatial Fixed-SNR test
      • What does the hearing-aid use tell us
  • About Us
    • Employee Portraits
      • Employee page - Annette Cleveland Nielsen
      • Employee page - Antoine Favre-Felix
      • Employee page - Bo Westergaard
      • Employee page - Claus Nielsen
      • Employee page - Fabien Cordonnier
      • Employee Page - Jette Nissen
      • Employee page - Lars Bramsloew
      • Employee page - Louise Lystrup
      • Employee page - Lukas Tietz
      • Employee page - Michael Larsen
      • Employee page - Niels Henrik Pontoppidan
      • Employee page - Renskje Hietkamp
      • Employee page - Rikke Rossing
      • Employee page - Thomas Lunner
      • Employee page - Uwe Hermann
    • PhD-students
    • Our History
  • Publications
  • Meet Us
    • Meet Us 2015
    • Meet Us 2016
    • Meet Us 2017
    • Meet Us 2018
  • News
    • 2018
      • Idea generation workshop
      • Listening effort workshop
      • New name Augmented Hearing
      • Research Area Manager eHealth
      • Welcome students spring 2018
      • World Hearing Day: Eriksholm meets the public
  • Contact Us
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  • Research Areas

    e-Health
    Augmented Hearing
    Cognitive Hearing Science
    Outcome Measures

  • About Us

    Employee Portraits
    Annual Reports
    Our History
    Eriksholm Collection

  • Eriksholm Workshops

    The Oticon Foundation established the Eriksholm Workshop series for gathering small groups of experts in audiology and hearing science.

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  • Contact Us

    You can reach us at mail@eriksholm.com. If you want to contact us regarding a specific study or research area, you can find the appropriate contact person in the top of every research and study page.

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