跨学科协作提升人工耳蜗用户空间听觉能力

Enhancing spatial hearing with cochlear implants: exploring the role of AI, multimodal interaction and perceptual training

• 联合医生、心理学者与工程师构建改进空间听觉的跨学科框架
• 通过感知训练和多模态交互显著提升耳蜗使用者方向定位能力
• 适合听力康复研究者与神经工程领域从业者参考

人工耳蜗（CIs）已发展到可恢复大部分患者听力与语音理解能力的水平。尽管空间听觉在注意力调控及嘈杂环境中理解言语方面至关重要，过去却长期被忽视。本文提出一种多学科研究框架，整合临床医生、心理学家与工程师的力量，旨在改善人工耳蜗使用者的空间听觉表现。该框架结合人工智能技术、多模态交互设计与感知训练策略，系统性探索空间听觉的提升路径。研究强调跨学科协作对解决复杂听觉功能障碍的关键作用，为未来个性化听力康复提供新范式。

原文摘要 · Abstract (English)

Cochlear implants (CIs) have been developed to the point where they can restore hearing and speech understanding in a large proportion of patients. Although spatial hearing is central to controlling and directing attention and to enabling speech understanding in noisy environments, it has been largely neglected in the past. We propose here a multi-disciplinary research framework in which physicians, psychologists and engineers collaborate to improve spatial hearing for CI users.

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