COMPONENT STUDY ON DEVICES FOR AUDITORY PROSTHESIS AND AUSCULTATION BASED ON KANSEI BRAIN SCIENCE

通过记录清醒猫初级听皮层细胞的反应，揭示了响度知觉的起源。在计算机上开发了听觉通路的功能模型来解释生理反应。在听觉模型的基础上引入响度函数，开发了血液透析分流道狭窄听诊诊断支持系统。实现了助听器的响度补偿算法，并开发了语音识别测试和感性评价的自动系统。

The origin of loudness perception was revealed by recording responses of the primary auditory cortex cells in awake cats. A functional model of the auditory pathway was developed on a computer to explain the physiological responses. An auscultaiting diagnosis support system of hemodialysis shunt stenosis was developed by introducing the loudness function based on the auditory model. A hearing aid algorithm compensating for loudness was implemented and an automatic system of a speech discrimination test and Kansei evaluation was developed.