Jayanthi G

Acoustic feedback cancellation in efficient hearing aids using genetic algorithm

• Authors Details :  
• G. Jayanthi,  
• Latha Parthiban

Journal title : Scalable Computing: Practice and Experience

Publisher : Scalable Computing: Practice and Experience

Online ISSN : 1895-1767

Page Number : 115-125

Journal volume : 21

Journal issue : 1

0.9K Views Research reports

Many people are distracted from the normal lifestyle, because of the hearing loss they have. Most of them do not use the hearing aids due to various discomforts in wearing them. The main and the foremost problem available in it is; the device introduces unpleasant whistling sounds, caused by the changing environmental noise, which is faced by the user daily. This paper describes the development of an algorithm, which focuses on the adaptive feedback cancellation, that improves the listening effort of the user. The genetic algorithm is one of the computational techniques, that is used in enhancing the above features. The performance can also be compared with other comprehensive analysis methods, to evaluate its standards.

Article DOI & Crossmark Data

DOI : https://doi.org/10.12694/scpe.v21i1.1630

Article Subject Details

• Audiology and speech language pathology
• Biomedical Engineering
• Biomedical health research ethics
• Computer Science Applications
• Engineering

Article Keywords Details

• Acoustic feedback
• Genetic algorithm
• Adaptive filters
• Fuzzy logic
• Hearing aids

Article File

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