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Wearable Device for Monitoring Respiratory Phases Based on Breathing Sound and Chest Movement

机译：基于呼吸声和胸部运动监测呼吸阶段的可穿戴装置

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Yusuke Yuasa; Kenji Suzuki;
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1. Wearable Device for Monitoring Respiratory Phases Based on Breathing Sound and Chest Movement [J] . Yusuke Yuasa, Kenji Suzuki Advanced Biomedical Engineering . 2019,第2期

机译：基于呼吸声和胸部运动的呼吸相位监测可穿戴设备
2. Electrical bioimpedance based monitoring of cardiac and respiratory activity: Positioning of capacitive electrodes for wearable human monitoring device [J] . Margus Metshein, Toomas Parve International Journal of Bioelectromagnetism . 2015,第2期

机译：基于电子生物阻抗的心脏和呼吸活动监测：穿戴式人体监测设备的电容电极的位置
3. Motivations and Key Features for a Wearable Device for Continuous Monitoring of Breathing: A Web-Based Survey [J] . Joseph Barry Prinable, Alistair L McEwan, Paul M Young, JMIR Biomedical Engineering . 2017,第1期

机译：持续监测呼吸的可穿戴设备的动机和关键特征：基于Web的调查
4. Wearable flexible device for respiratory phase measurement based on sound and chest movement [C] . Yusuke Yuasa, Kanako Takahashi, Kenji Suzuki International Conference on Systems, Man, and Cybernetics . 2017

机译：可穿戴的基于声音和胸部运动的呼吸相位测量柔性装置
5. Effects of Faceseal Leakage, Combustion Material, Particle Size, Breathing Frequency and Flow Rate on the Performance of Respiratory Protection Devices. [D] . He, Xinjian (Kevin). 2013

机译：面膜泄漏，燃烧材料，粒径，呼吸频率和流速对呼吸防护装置性能的影响。
6. A Wearable Device Based on a Fiber Bragg Grating Sensor for Low Back Movements Monitoring [O] . Martina Zaltieri, Carlo Massaroni, Daniela Lo Presti, 2020

机译：一种基于光纤布拉格光栅传感器的可穿戴装置用于低压运动监控
7. Motivations and Key Features for a Wearable Device for Continuous Monitoring of Breathing: A Web-Based Survey [O] . Joseph Barry Prinable, Juliet M Foster, Alistair L McEwan, 2017

机译：可穿戴设备的动机和关键特征，用于连续监测呼吸：基于网络的调查

Wearable Device for Monitoring Respiratory Phases Based on Breathing Sound and Chest Movement

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