近日，一项名为“柔性贴片”的人工智能助听装置，在Nature子刊上引起了广泛关注。这项由加州大学洛杉矶分校生物工程系助理教授陈俊及其团队开发的创新技术，有望为部分嗓音障碍患者带来全新的沟通可能。
传统的发音过程依赖于声带的震动，但对于一些嗓音障碍患者来说，这一过程变得异常困难。陈俊教授团队开发的这种“柔性贴片”，则提供了一种全新的解决方案。该装置通过收集患者喉部肌肉的运动数据，利用机器学习算法对这些信号进行分析和分类，最终识别语义信息并选择相应的语音信号进行输出。
值得一提的是，这种助听装置的工作原理基于磁弹性效应，它使得有声带障碍的患者能够通过肌肉运动来产生语音信号，从而辅助其言语功能。这不仅为患者提供了更为自然和直观的沟通方式，同时也为言语康复领域带来了革命性的突破。
专家表示，这一成果的取得，不仅展现了人工智能技术在医疗领域的巨大潜力，也为嗓音障碍患者的康复带来了新的希望。未来，随着技术的进一步发展和完善，有望帮助更多的嗓音障碍患者实现有效沟通，提高他们的生活质量。
这不仅是一项科技创新，更是对人类沟通方式的一次重要拓展。我们期待这项技术能够在未来得到更广泛的应用，为更多人带来福祉。
英语如下：
Certainly, here is the translation in English using Markdown format:
“`markdown
### “Silent Tube AI Hearing Aid: New Technology Empowers Muscular Speech Signals Output”
Keywords: AI pronunciation system, flexible patch, myoelectric speech
#### New AI-Assisted Pronunciation System Featured in Nature Subscription: Speaking Without a Voice
Recently, a novel AI hearing aid device called the “flexible patch” has garnered widespread attention in a Nature subscription. This innovative technology, developed by Assistant Professor Jun Chen and his team from the Department of Biomedical Engineering at the University of California, Los Angeles, holds the potential to offer new communication possibilities for some individuals with voice disorders.
The traditional process of pronunciation relies on the vibration of the vocal cords, which can be异常 difficult for those with voice disorders. The flexible patch developed by Professor Chen’s team offers an innovative solution. This device collects motion data from the patient’s laryngeal muscles, processes these signals using machine learning algorithms, and ultimately recognizes semantic information to select appropriate speech signals for output.
It is noteworthy that the working principle of this hearing aid is based on the magneto-elastic effect, enabling patients with voice impairments to generate speech signals through muscle movements, thus aiding their speech function. This not only provides patients with a more natural and intuitive mode of communication but also represents a revolutionary breakthrough in the field of speech rehabilitation.
Experts indicate that this achievement not only demonstrates the tremendous potential of artificial intelligence technology in the medical field but also brings new hope for the rehabilitation of individuals with voice disorders. In the future, with further development and refinement of the technology, it is anticipated that more individuals with voice impairments will be able to achieve effective communication and improve their quality of life.
This is not just a technological innovation but also an important expansion of human communication methods. We look forward to the wider application of this technology in the future, bringing welfare to more people.
“`
This translation captures the essence of the original Chinese text and conveys the innovative aspects of the AI-assisted pronunciation system described.
【来源】https://mp.weixin.qq.com/s/xe5DXr3vTA69qyTTG04fQQ
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