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Real-time visual-feedback mask-fitting during non-invasive ventilation: A ‘technological’ gain over ‘human’ sensing?

机译：在非侵入性通风期间的实时视觉反馈面膜拟合：“技术”升值“人类的感觉？

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Antonello Nicolini; Raffaele Scala; Maurizio A. Cavalleri;
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1. Real‐time visual‐feedback mask‐fitting during non‐invasive ventilation: A A ‘technological’ gain over ‘human’ sensing? [J] . Nicolini Antonello, Scala Raffaele, Cavalleri Maurizio A. Respirology : . 2017,第7期

机译：在非侵入性通风期间的实时视觉反馈面膜 - 拟合在“人类”感觉上的“技术”中获益？
2. Enabling non-invasive and real-time human-machine interactions based on wireless sensing and fog computing [J] . Wang Zhu, Lou Xinye, Yu Zhiwen, Personal and Ubiquitous Computing . 2019,第1期

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3. Medium-term cost-effectiveness of an automated non-invasive ventilation outpatient set-up versus a standard fixed level non-invasive ventilation inpatient set-up in obese patients with chronic respiratory failure: a protocol description [J] . A Cuvelier, A Douiri, D Parkin, BMJ Open . 2015,第4期

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4. Algorithm for real-time pulse wave detection dedicated to non-invasive pulse sensing [C] . Iliev Ivo, Nenova Bistra, Jekova Irena, Computing in Cardiology 2012.;vol. 39. . 2012

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5. Post-operative Ventilation Patterns and the Effects of Non-invasive Positive Pressure Therapy on Ventilatory Changes as Measured by a Non-invasive Impedance Device in Patients with Obstructive Sleep Apnea [D] . Chabo, Travis L. 2019

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6. Swept-wavelength lasers based on GaSb gain-chip technology for non-invasive biomedical sensing applications in the 1.7–2.5 μm wavelength range [O] . Augustinas Vizbaras, Ieva Šimonytė, Arūnas Miasojedovas, 2018

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7. Non-invasive ventilation in postoperative period: Non-invasive ventilation [O] . Jovanović Gordana, Maričić-Prijić Sanja 2016

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8. Real-time non-invasive eyetracking and gaze-point determination for human-computer interaction and biomedicine [R] . Talukder, Ashit, Morookian, John-Michael, Monacos, S., 2004

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Real-time visual-feedback mask-fitting during non-invasive ventilation: A ‘technological’ gain over ‘human’ sensing?

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