人工智能音频分析识别呼吸系统传染病的应用进展

Progress of application of AI-powered audio analysis technology in identification of respiratory infectious diseases

  • 摘要: 人工智能音频分析技术可以根据疾病带来的声音改变对传染病做出无创、准确的检测。在技术层面,卷积神经网络是目前较为主流的算法框架,该框架可以适配多种类型的检测任务。在应用层面,人工智能可以通过采集咳嗽、呼吸音等多模态数据,构建自动化分析模型,辅助医疗机构听诊诊断及疾病筛查,并在社区场景中结合移动设备与云端计算开发远程监测工具。但现阶段仍面临数据库限制、可解释性不足及病原体变异等挑战。通过构建高质量数据库并加强跨领域协作,该技术有望发展成为一种高效的传染病识别手段。

     

    Abstract: Artificial intelligence (AI)-powered audio analysis technology enables non-invasive and accurate detection of infectious diseases by identifying disease-induced changes in sound. At the technical level, convolutional neural networks represent the established mainstream algorithmic framework, demonstrating adaptability to a wide variety of detection tasks. At the application level,AI can develop automated analysis models by capturing multimodalsignals such as coughs and breath sounds. These models assist auscultation diagnosis and disease screening in medical institutions, and further enable the development of remote monitoring tools in community settings through the integration of mobile devices and cloud computing. Current challenges include limited availability of databases, insufficient interpretability and pathogen mutations. This technology is expected to be a highly effective approach for identification of infectious diseases through building high-quality databases and boosting cross-disciplinary collaboration.

     

/

返回文章
返回