Researchers are constantly improving hearing aid performance and appeal. One of their goals is to reduce background noise to make focused listening easier.
To accomplish this task, researchers have undertaken a new study investigating the use of brainwaves in improving speech understanding in noisy environments (Geirnaert et al., 2020). Hearing aids with this technology might be able to identify and amplify the primary speaker while dulling unnecessary voices and background noise. This function will drastically and amazingly improve hearing aid efficiency.
Though hearing aids do not currently possess this brainwave technology, they are fit with some other sophisticated features, including the following.
Most new hearing aids can be recharged. Rechargeable hearing aids are convenient and easy to use. They also provide a great solution for individuals with low vision or difficulty handling batteries. Simply recharge your hearing aids every night, and you’ll no longer have to worry about them quitting in the middle of an important phone call or meeting.
Most hearing devices connect wirelessly to a smartphone or tablet to effortlessly stream music and phone calls directly into the ears. This feature allows users to control hearing aid programs directly from their mobile devices.
Newer hearing aids act as smart devices. I often describe them as tiny computers that rest on the tops of the ears. Some devices use artificial intelligence to identify different sounds in the environment. Others can be used as “Healthables” to track activity levels, alert a loved ones of falls, and show the number of daily social interactions.
While all hearing aids improve hearing, they are slowly transitioning into multi-functional devices. These examples share only a few of the many improvements being made in hearing technology. Call now to see for yourself how these improvements will benefit your hearing!
Note: If you or someone you know is experiencing difficulty understanding speech while in noisy environments, we usually recommend a trial with new amplification. This method is the most beneficial!
Harbor Hearing, P.A.
33917 US Highway 19 North
Palm Harbor, FL 34684
Geirnaert, S., Francart, T., & Bertrand, A. (2020). Fast EEG-based decoding of the directional focus of auditory attention using common spatial patterns. Institution of Electrical and Electronics Engineer. DOI: 10.1109/TBME.2020.3033446
Leuven, K. (2020). Which speaker are you listening to? Hearing aid of the future uses brainwaves to find out. Science Daily, <www.sciencedaily.com/releases/2020/11/201124092144.htm>.