【新型AI发音系统助力无声带者发声，科技为嗓音障碍患者带来新希望】近日，国际知名学术期刊《Nature》的子刊上发表了一项革命性的科研成果，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成功研发出一种新型的AI辅助发音系统。这款创新的“柔性贴片”助听装置，旨在帮助那些因声带问题而无法正常发声的人群实现有效的沟通。
这款基于磁弹性效应的柔性贴片，能够精准地捕捉到患者喉部肌肉的微小运动，并通过集成的机器学习算法进行分析和分类。在收集到这些信号后，系统能识别出其中的语义信息，并将其转化为相应的语音输出。这一突破性的技术为嗓音障碍患者提供了一种全新的沟通途径，有望极大地改善他们的生活质量。
据研究团队介绍，该装置的使用无需手术植入，只需贴附在皮肤上，通过非侵入性的方式即可监测喉部肌肉的活动。其便携性和舒适性为患者长期使用提供了可能。此次科研成果不仅是人工智能在医疗领域的一次重要应用，也是对人类沟通方式的一次创新性拓展，为未来的康复医疗技术开辟了新的方向。
陈俊教授表示，这一创新技术的诞生，旨在让每一个人都能享有平等的沟通权利，无论他们是否拥有健全的生理条件。随着研究的进一步深入，期待这一技术能尽快进入临床试验阶段，为更多嗓音障碍患者带来福音。
英语如下：
**News Title:** “Breakthrough Innovation: AI-Powered Flexible Patch Enables Voiceless to Speak, Empowering Those with Vocal Disorders”
**Keywords:** AI Speech System, Flexible Patch, Muscle Communication in Throat
**News Content:**
**Revolutionary AI Speech System Empowers Voiceless, Offering New Hope to Speech-Impaired Patients** Recently, a groundbreaking research achievement was published in a prominent subsidiary of the academic journal *Nature*. A team led by Assistant Professor Chen Jun from the Department of Bioengineering at the University of California, Los Angeles (UCLA) has successfully developed a novel AI-assisted speech system. This innovative “flexible patch” aims to help individuals with voice issues due to vocal cord problems regain their ability to communicate effectively.
The flexible patch, based on magnetoelastic effects, precisely captures minute muscle movements in the patient’s throat. Integrated machine learning algorithms analyze and classify these signals. Once the system identifies the semantic information, it converts it into corresponding speech output. This breakthrough technology presents a new communication channel for those with voice disorders, potentially significantly improving their quality of life.
According to the research team, the device does not require surgical implantation; it can be affixed to the skin non-invasively to monitor throat muscle activity. Its portability and comfort make it suitable for long-term use by patients. This scientific advancement not only represents a significant application of artificial intelligence in healthcare but also constitutes an innovative expansion of human communication methods, paving the way for new directions in rehabilitative medical technology.
Professor Chen Jun remarks that the birth of this innovative technology is aimed at ensuring equal communication rights for all, regardless of their physical conditions. As research progresses, the team anticipates that the technology will soon enter clinical trial stages, bringing hope to a larger number of individuals with voice disorders.
【来源】https://mp.weixin.qq.com/s/xe5DXr3vTA69qyTTG04fQQ
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