A computational auditory model based on (human) binaural suppression of reflections in complex environments.

在整个项目中进行的研究旨在了解人类在自然环境中成功沟通所必需的基本听觉机制。所得结果可能对各种语音处理应用（例如，电信系统，助听器，自动语音识别器）具有高度重要性，这些应用在这种自然环境中具有严重的困难。因此，这项研究可能对澳大利亚具有相当大的经济和社会效益。此外，本研究呈现出高度跨学科的方法，从而为学生的跨学科训练提供了坚实的平台。

The research carried out throughout this project aims at understanding fundamental auditory mechanisms, which are essential for the human being to communicate successfully in natural environments. The derived results could be of high importance for various speech processing applications (e.g., Telecommunication Systems, Hearing Aids, Automatic Speech Recognizers), which have severe difficulties to function in such natural environments. Hence, this research might be of considerable economic and social benefit to Australia. Furthermore, this research presents a highly interdisciplinary approach, and thus provides a solid platform for interdisciplinary training of students.