![superpowered latency test superpowered latency test](https://i.gzn.jp/img/2015/03/04/audio-latency-test-app/screenshot_2015-03-04-01-50-14_m.png)
![superpowered latency test superpowered latency test](https://superpowered.com/images/iphone1.png)
– Pixel, Galaxy, Nexus phones Android operating system. Commercially available smartphones with ARM processors and the key features of wire and wireless (Bluetooth) communication ports, and audio input output (I/O) ports and microphones:.Research and Development Platform:Īs shown in Figure 1, the smartphone-based open source research platform for hearing improvement studies that is being developed and tested consists of: The smartphone-based platform provides a cost-effective, stand-alone, portable, and easy-to-use system for researchers, audiologists, engineers, educators, and students to explore and develop new methods and conduct clinical testing for improving hearing study and advancing hearing aid applications. The feedback from our clinical testing, participants, and independent labs and evaluators are instrumental to advancing and refining our signal processing algorithms and smartphone-based platform. In addition to the clinical testing of smartphone-based platform conducted using participants in audiology labs at the Callier Center of the University of Texas at Dallas (UTD), we provide all required tools to independent research and audiology labs, in many places off-campus, for testing our algorithms and the smartphone platform for hearing aid applications. All developed algorithms are tested objectively and subjectively in real-life environments and run on smartphones in real time using no additional or external hardware. Powerful features of smartphones are used such as processor, single and multiple microphones, wire and wireless connectivity, touch screen and display panel. We develop new signal processing algorithms to suppress all types of background noise and enhance speech signals with high intelligibility and perceptual quality for improving hearing study and hearing aid applications. We have also use several wire and wireless hearing aid devices (HADs) and associated electronic components from leading manufacturers such as Starkey, Oticon, Resound, and Phonak. The smartphones used for our research platforms include iOS-based smartphones (Apple iPhones) and Android/-based smartphones ( Pixels, Galaxy, Nexus). Smartphone-Based Open Source Research Platform for Hearing Improvement Studies UTD and faculty managing this website reserve the right to remove, update, alter, or take down any and all posted materials on this website at any time without notice. This website does not endorse any commercial providers or their products. Nor does the UTD warrant that the use of this website information is free of any claims of copyright infringement. Neither UTD nor any contributor to this website and its content shall be held liable to any party for any use or misuse of the information and materials contained in this website in any form or shape. This website including its content is available for public access with the understanding that UTD and the authorized faculty and students contributing to this website make no warranties, either expressed or implied, concerning the completeness, reliability, or suitability of the presented materials for any kind of applications. The information and materials contained in this website is a presentation of the documented research work carried out by the faculty, students and personnel at the University of Texas at Dallas (UTD). This research is supported by National Institutes of Health (NIH)-National Institute on Deafness and Other communication Disorders (NIDCD) under award number R01DC015430.The content of this website is solely the responsibility of the contributors and does not necessarily represent the official views of the National Institutes of Health.
![superpowered latency test superpowered latency test](https://pbs.twimg.com/profile_images/3422632585/e8bdc31aa7f685d657619e22843a9f22_400x400.jpeg)
Smartphone-Based Open Research Platform for Hearing Improvement Studies DISCLAIMER STATEMENTS