Multi-Transfer Learning Techniques for Detecting Auditory Brainstem
Response
- URL: http://arxiv.org/abs/2308.16203v1
- Date: Tue, 29 Aug 2023 10:40:12 GMT
- Title: Multi-Transfer Learning Techniques for Detecting Auditory Brainstem
Response
- Authors: Fatih Ozyurt, Jafar Majidpour, Tarik A. Rashid, Amir Majidpour, Canan
Koc
- Abstract summary: Inaccurate assessment of auditory brainstem response (ABR) tests may lead to incorrect judgments regarding the integrity of the auditory nerve system.
This study proposed deep-learning models using the transfer-learning (TL) approach to extract features from ABR testing and diagnose Hearing Loss using support vector machines (SVM)
It has been decided to use six measures accuracy, precision, recall, geometric mean (GM), standard deviation (SD), and area under the ROC curve to measure the effectiveness of the proposed model.
- Score: 4.023511716339818
- License: http://creativecommons.org/licenses/by/4.0/
- Abstract: The assessment of the well-being of the peripheral auditory nerve system in
individuals experiencing hearing impairment is conducted through auditory
brainstem response (ABR) testing. Audiologists assess and document the results
of the ABR test. They interpret the findings and assign labels to them using
reference-based markers like peak latency, waveform morphology, amplitude, and
other relevant factors. Inaccurate assessment of ABR tests may lead to
incorrect judgments regarding the integrity of the auditory nerve system;
therefore, proper Hearing Loss (HL) diagnosis and analysis are essential. To
identify and assess ABR automation while decreasing the possibility of human
error, machine learning methods, notably deep learning, may be an appropriate
option. To address these issues, this study proposed deep-learning models using
the transfer-learning (TL) approach to extract features from ABR testing and
diagnose HL using support vector machines (SVM). Pre-trained convolutional
neural network (CNN) architectures like AlexNet, DenseNet, GoogleNet,
InceptionResNetV2, InceptionV3, MobileNetV2, NASNetMobile, ResNet18, ResNet50,
ResNet101, ShuffleNet, and SqueezeNet are used to extract features from the
collected ABR reported images dataset in the proposed model. It has been
decided to use six measures accuracy, precision, recall, geometric mean (GM),
standard deviation (SD), and area under the ROC curve to measure the
effectiveness of the proposed model. According to experimental findings, the
ShuffleNet and ResNet50 models' TL is effective for ABR to diagnose HL using an
SVM classifier, with a high accuracy rate of 95% when using the 5-fold
cross-validation method.
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