【科技前沿】新型AI发音系统助力无声者“开口说话”——Nature子刊发表重大突破
近日，国际知名学术期刊Nature的子刊上发布了一项重大科研成果，由加州大学洛杉矶分校生物工程系助理教授陈俊领导的团队开发出一种创新的AI辅助发音系统，有望为嗓音障碍患者带来福音。这一柔性贴片装置，利用人工智能技术，使得即使没有声带的人也能实现有效的语音交流。
据学术头条报道，该“柔性贴片”助听装置基于磁弹性效应，能够精确捕捉患者喉部肌肉的微小运动。通过将这些运动数据输入到先进的机器学习算法中，系统能够分析并分类这些信号，进而解析出对应的语义信息。最后，装置会选取相应的语音信号进行合成输出，使得患者能够通过肌肉运动“说”出话语，极大地改善了他们的沟通能力。
这一突破性的技术不仅为声带疾病患者提供了新的沟通途径，也为人工智能在医疗领域的应用开辟了新的可能。未来，科研团队将继续优化该装置，提高语音识别的准确性和自然度，以期为全球数百万嗓音障碍患者带来更高质量的生活。
此项研究的成功，标志着科技与医疗的深度融合，为人类健康事业带来了一次重要的革新。我们期待这一创新技术能够尽快进入临床应用，让更多的人受益于科技的力量。
英语如下：
**News Title:** “Breakthrough Innovation: AI-Powered Flexible Patch Empowers Silent Speech, Bringing New Hope to Voice-Impaired Patients”
**Keywords:** AI Speech System, Flexible Patch, Muscular Communication in the Throat
**News Content:**
**[Tech Frontier]** “Silent Voices Given a ‘Voice’ with New AI Speech System – A Major Breakthrough Published in a Nature Subsidiary
Recently, a groundbreaking scientific achievement was announced in a prominent international academic journal, a subsidiary of Nature, where a team led by Assistant Professor Chen Jun from the Department of Bioengineering at the University of California, Los Angeles (UCLA) has developed an innovative AI-assisted speech system that promises hope for those with voice impairments. This flexible patch device, utilizing artificial intelligence, enables individuals without vocal cords to engage in effective speech communication.
As reported by Academic Headlines, the “flexible patch” hearing aid is based on magnetoelastic effects, accurately capturing minute movements of the patient’s throat muscles. By feeding this data into advanced machine learning algorithms, the system can analyze and classify the signals, deciphering the corresponding semantic information. The device then synthesizes the relevant speech signals for output, allowing patients to ‘speak’ through muscle movements, significantly enhancing their communication abilities.
This breakthrough technology not only offers a new communication channel for those with vocal cord issues but also opens up new possibilities for AI applications in the medical field. The research team plans to further optimize the device, improving the accuracy and naturalness of speech recognition, with the goal of enhancing the quality of life for millions of voice-impaired individuals worldwide.
The success of this study signifies a profound integration of technology and healthcare, marking an important innovation for human health. We look forward to this pioneering technology being swiftly adopted in clinical applications, allowing more people to benefit from the power of technology.
【来源】https://mp.weixin.qq.com/s/xe5DXr3vTA69qyTTG04fQQ
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