My role in the Open Speech Platform project was to design and implement a suite of webapps, that can be used to control real time sound processing software, feeding input to a 3-D printed, ear level assembly. I used my knowledge of UI and UX design from UCSD to create these research tools, which are currently being used in hearing healthcare research by our international team of collaborators.
I developed this landing page for researchers using our system. It shows them available example apps, and provides links to them. It is responsive, and changes when accessed from a mobile phone to display all of the tiles in one column.
I developed this general research page interface, which allows researchers to transmit parameters directly to the real-time sound processing engine. The real-time communication is done via PHP. This web-app can be used for anything from testing out prescriptions, to generating parameter settings for use in experiments.
I designed and developed this interface for end users who are participating in the Goldilocks research study at SDSU., currently being tested with adults who have hearing loss. clicking on more or less in each of the categories directly affects the sound processing engine in real time. End users can access the app using any browser-enabled device.
This interface was designed to support researchers in the Goldilocks research project at SDSU. This enables researchers to set up unique experiment sessions for individual users ahead of time. This page and the end user page are both reading from a shared mySQL database.
