Empirical-based modeling of human bone conduction to optimize acoustic stimulation

We will first build on a previously developed framework for preclinical testing of different acoustic implants and/or surgical techniques. More research is needed on methodological aspects, such as how to translate a change in intracochlear differential pressure and the velocity of stapes and promontory in clinical terms. The purpose is to transform the existing framework research tool to a straightforward preclinical tool. The innovative implantable actuator technologies developed in subsequent work packages will be evaluated using this technique. Modelling of the pathway will allow us to move closer from an analytical point of view. In parallel we will work on researching the potential of low-frequency acoustic hearing in combination with electrical hearing. Using state-of-the-art OSI technologies, we aim to investigate if an electroacoustic hybrid implant using this technology is feasible. This will allow, for the first time, to fully exploit the residual acoustical hearing in combination with electrical hearing, to provide full scale hearing to an individual.