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Electrical Potential Distribution within the Inner Ear: A preliminary study for vestibular prosthesis design*

机译:内耳内的电势分布:前庭假体设计的初步研究*

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摘要

Rotational cues in patients that suffer from bilateral vestibular loss can be delivered by vestibular prosthesis. Even though great efforts towards the development of a vestibular implant have been made, many parameters have still to be optimized. Numerical simulations of the neural activation during electrical stimulation can give important indications about the optimal electrode insertion site, stimulation waveform and electrode configuration, in terms of the highest selectivity. The first step of this type of numerical simulation requires the digital reconstruction of the human inner ear and the calculation of the spatial electrical potential distribution by means of finite-element methods.
机译:患有双侧前庭损失的患者的旋转线索可以通过前庭假体提供。尽管已经进行了对前庭植入物的发展的巨大努力,但许多参数仍然被优化。在电刺激期间的神经激活的数值模拟可以在最高选择性方面具有关于最佳电极插入部位,刺激波形和电极配置的重要指示。这种数值模拟的第一步需要通过有限元方法计算人内耳的数字重建和计算空间电位分布的空间电位分布。

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