摘 要：
针对现代社会日益突出的心理健康问题，本研究设计并开发了全球首款人工智能音乐疗愈舱。该系统集成了WFS（Wave Field Synthesis）波场合成全息声空间音频技术、生物反馈监测系统和人工智能音乐生成算法，构建了"监测-评估-生成-体验-反馈"的闭环疗愈体系。通过密集扬声器阵列实现声场物理重构，结合实时生理数据监测与AIGC技术，系统能够动态生成个性化的三维空间音频疗愈内容。该疗愈舱在睡眠障碍、抑郁情绪管理、神经退行性疾病康复、早产儿护理、罕见病干预及老年健康管理等多个领域展现出应用潜力。研究成果实现了音乐疗愈从经验医学向精准医学的转型，为构建多层次心理健康服务体系提供了创新解决方案，对推动音乐疗愈技术产业化发展具有重要意义。
关键词：人工智能；音乐疗愈；WFS波场合成；空间音频
Abstract:
In response to the increasingly prominent mental health issues in modern society, this research has designed and developed the world's first artificial intelligence music therapy pod. The system integrates WFS (Wave Field Synthesis) holographic spatial audio technology, biofeedback monitoring systems, and artificial intelligence music generation algorithms, establishing a closed-loop therapeutic system of "monitoring-assessment-generation-experience-feedback". Through dense speaker arrays achieving physical sound field reconstruction, combined with real-time physiological data monitoring and AIGC technology, the system can dynamically generate personalized three-dimensional spatial audio therapeutic content. The therapy pod demonstrates application potential in multiple fields including sleep disorders, depression management, neurodegenerative disease rehabilitation, premature infant care, rare disease intervention, and elderly health management. The research outcomes have achieved the transformation of music therapy from empirical medicine to precision medicine, providing innovative solutions for building a multi-level mental health service system and holding significant importance for promoting the industrialization of music therapy technology.
Keywords: Artificial intelligence; Music therapy; WFS wave field synthesis; Spatial audio
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