Warning: mkdir(): Permission denied in /home/virtual/lib/view_data.php on line 87 Warning: chmod() expects exactly 2 parameters, 3 given in /home/virtual/lib/view_data.php on line 88 Warning: fopen(/home/virtual/audiology/journal/upload/ip_log/ip_log_2024-11.txt): failed to open stream: No such file or directory in /home/virtual/lib/view_data.php on line 95 Warning: fwrite() expects parameter 1 to be resource, boolean given in /home/virtual/lib/view_data.php on line 96
J Audiol Otol > Volume 28(3); 2024 > Article |
|
Author Contributions
Conceptualization: Noori Kim. Formal analysis: Keisuke Alexander Nakamura. Funding acquisition: Noori Kim. Investigation: Keisuke Alexander Nakamura. Methodology: Keisuke Alexander Nakamura. Project administration: Noori Kim. Supervision: Noori Kim. Validation: Noori Kim, Keisuke Alexander Nakamura. Writing—original draft: Noori Kim, Keisuke Alexander Nakamura. Writing—review & editing: Noori Kim. Approval of final manuscript: Noori Kim, Keisuke Alexander Nakamura.
Funding Statement
This work was supported by Realizing the Digital Enterprise (RDE) Research Impact Area 2024/25 Seed Grant (F.10055806.07.001) funded by Polytechnic, Purdue University and Health of the Forces Pilot Funding Grant (F.10055806.06.003) funded by College of Health and Human Sciences, Purdue University.
Study | Year | Device platform | Target disorder | Highlights |
---|---|---|---|---|
Barbour, et al. [6] | 2019 | Online (website) | Hearing loss | Online, machine learning based audiogram |
Angley, et al. [7] | 2017 | Online (website)+Physical device | General hearing disorder | Providing remote audiology services such as otoscopy, diagnostic tests, hearing aid fittings, newborn hearing screenings, cochlear implant mappings, and real-ear measurements |
Ezzibdeh, et al. [8] | 2022 | Online (website)+Physical device | General hearing disorder | Performing ML with otoscopic images to classify hearing disorder diagnosis |
Rajkumar, et al. [9] | 2017 | Online (website) | Hearing loss | A software intelligent system based on neural network for classification of hearing loss level and suggestion of hearing-aid gain values |
Kobewka et al. [10] | 2023 | iPad app | Hearing loss | An app called “SHOEBOX QuickTest” for hearing screening |
Convery, et al. [11] | 2020 | Mobile app | Hearing loss | An app called “ReSound Smart 3D” which enables remote hearing aid adjustment |
Gupta, et al. [12] | 2021 | iOS+Android app | Hearing loss | An app called “noise-induced hearing loss (NIHL),” which enables real-time assessment of audio and ambient sound exposures especially military situations |
Study | Year | Device platform | Target disorder | Highlights |
---|---|---|---|---|
Shoaib, et al. [1] | 2018 | Software | Hearing loss | Software for lip reading education designed for hearing impaired children |
Le Prell, et al. [16] | 2012 | Software | Hearing loss | Introducing software to change temporary threshold by exposing to music |
Roberts, et al. [17] | 2023 | Online (website) | Tinnitus | Online chatbot called “Tinnibot” for managing patients’ perception, meditation, and sleep support with specific sounds |
Balling, et al. [18] | 2021 | Software with hearing aids | Hearing loss | A software product with hearing aids called “SoundSense Learn” which performs active learning to optimize automatic sound detection |
Siddiqui, et al. [19] | 2022 | iOS app | Hearing loss | An app called “deep neural decision forest (DNDF)” which enables classification of surrounding environment and parameter tuning of hearing aid settings |
Young, et al. [20] | 2020 | Micro-display on glasses, training on PC | Hearing loss, deafness | A system provides transcription, alerts traffic or other potential dangers from sounds via Internet of things, speech recognition, and sound classification technologies |
Jongeneel, et al. [21] | 2022 | iOS+Android app | Auditory hallucinations | An app called “Temstem” which enables auditory verbal hallucination inhibition |
Mishev, et al. [22] | 2022 | Online (website) | General hearing disorder | Online and cloud-based text-to-speech synthesizer |
Aldaz, et al. [23] | 2016 | Mobile app (Android) | General hearing disorder | And app called “Hearing Aid Learning and Inference Controller (HALIC)” which enables self-training of hearing aid’s gain-frequency response and compression parameters in everyday situations |
Chong and Jenstad [24] | 2018 | Software in hearing aids | Hearing loss | Introducing modulation-based noise reduction software for hearing-aids especially for fricatives |
Seol, et al. [25] | 2021 | Mobile app | Hearing loss | An app for sound amplification with the help of augmented reality |
Adamo-Villani, and Wilbur [26] | 2010 | PCs, Xbox360, four-wall projection, fish tank VR, head mounted display | Hearing loss | 3D animation learning software for math concepts and signs through American Sign Language (Mathsinger: 3D animation; SMILE: virtual reality) |
Zhou, et al. [27] | 2020 | Software and wearable device | General hearing disorder | A software with wearable sensors to enable finger-gesture recognition providing sign-to-speech process |
Maruthurkkara, et al. [28] | 2022 | Mobile app | Cochlea implant | An FDA approved telepractice solution called “Remote Check” to allows clinicians to promptly assess the patient status |
Study | Year | Device platform | Target disorder | Highlights |
---|---|---|---|---|
Tye-Murray, et al. [29] | 2022 | Online (website) | Hearing loss | Online programs called “Amptify DTx” for auditory training via video games for hearing loss |
DeForte, et al. [30] | 2020 | iPhone OS app | Hearing loss | An app called “Hear Me Read” which is a therapy tool for speech, language, and literacy for children with hearing loss through digital stories |
Silva, et al. [31] | 2012 | Software | Hearing loss | Auxiliary software called “Software Auxiliar na Reabilitação dos Distúrbios Auditivos (SARDA)” for the Rehabilitation of hearing disorders for children |
Martin [32] | 2007 | Mobile app+online (website) | Hearing loss | A system called the “Listening and Communication Enhancement (LACE)” which is individual-based software for enhancing communication through auditory training with US and UK English styles |
Ratnanather, et al. [33] | 2021 | Mobile app+online (website) | Hearing loss | Mobile health app called “Speech Banana” for auditory training |
Vitti, et al. [34] | 2015 | Online (website) | Hearing loss | An online application system called “SisTHA” which is for auditory self-training |
Buechner, et al. [37] | 2022 | Wireless headphone+intra-oral device | Tinnitus | A system called Lenire, an FDA approved bimodal neuromodulation that uses sound and electrical stimulation on the tongue to treat tinnitus |