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Schedule as of May 16, 2022 - subject to change

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LIVESTREAMS : A and B


ON DEMAND VIDEOS (previous days)
 
Saturday May 30, 2026 1:00pm - 3:00pm CEST
Tinnitus has been described as `the conscious awareness of
a tonal or composite noise for which there is no
identifiable corresponding external sound source'; is
experienced by ~15% of the European population. Tinnitus
may be experienced in one ear, both ears, or perceived as
originating from within the head. It can present as tonal
sounds, noise-like sounds, or a combination of both. The
perception can lead to emotional;/or cognitive
dysfunction, autonomic arousal, behavioural changes,;/or
functional disability (DeRidder 2021, Biswas 2022, Jarach
2022). There is no standard test for tinnitus in the
medical literature; audiologists typically test pitch (to
within half an octave); perceived loudness of the tone
using standard clinical equipment for testing hearing loss.
The underlying causes of tinnitus are not yet fully
understood,; the most effective treatments not yet
identified. We present the first release of an extended
Tinnitus matching app that includes a highly
individualizable tinnitus tone-matching tool; a
comprehensive questionnaire for mobile health tracking. The
app facilitates large data collection on tinnitus sounds
across aetiologies, co-occurring symptoms,;
demographics. Our intentions are threefold; 1) to provide
those experiencing tinnitus with a way to communicate what
they hear more precisely, 2) understand how tinnitus sounds
vary across demographics, how these relate to co-occurring
symptoms,; eventually – 3) to provide a means of
individualising any sound-based approach to symptom
amelioration. We present the approach; validation of the
tinnitus matching tool against common clinical measures.
Authors
CJ

Cheol-Ho Jeong

Acoustic Technology, Department of Electrical and PhotonicsnEngineering, DTU
IO

Izabela Ossowska

Hearing Systems, DTU HealthTech
MB

Mark Bo Jensen

Department of Engineering Technology and Didactics, DTU
ML

Mie LærkegårdJørgensen

Hearing Systems, DTU HealthTech

MB

Mikkel Brunstedt Nørgaard

Department of Engineering Technology and Didactics, DTU
Saturday May 30, 2026 1:00pm - 3:00pm CEST
Foyer Building 303A Technical University of Denmark Asmussens Alle, Building 303A DK-2800 Kgs. Lyngby Denmark

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