SpiroCall:通过电话测量肺功能

Mayank Goel, Elliot Saba, Maia Stiber, Eric Whitmire, Josh Fromm, Eric C. Larson, G. Borriello, Shwetak N. Patel
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引用次数: 59

摘要

成本和可及性阻碍了肺活量计(测量肺功能的设备)在临床之外的应用,特别是在资源匮乏的环境中。之前的研究名为SpiroSmart,使用智能手机的内置麦克风作为肺活量计。然而,低收入或中等收入国家的个人通常无法使用最新款的智能手机。在本文中,我们研究了如何从任何电话中使用标准电话语音信道来传输肺活量测定的声音。我们还研究了如何使用3D打印涡流哨子可以影响常见肺活量测量的准确性和减轻可用性挑战。我们的系统,称为SpiroCall,与50名参与者对照两个金标准医疗呼吸计进行了评估。我们的结论是,SpiroCall有或没有哨子的平均误差是可以接受的,并讨论了每种方法的优点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
SpiroCall: Measuring Lung Function over a Phone Call
Cost and accessibility have impeded the adoption of spirometers (devices that measure lung function) outside clinical settings, especially in low-resource environments. Prior work, called SpiroSmart, used a smartphone's built-in microphone as a spirometer. However, individuals in low- or middle-income countries do not typically have access to the latest smartphones. In this paper, we investigate how spirometry can be performed from any phone-using the standard telephony voice channel to transmit the sound of the spirometry effort. We also investigate how using a 3D printed vortex whistle can affect the accuracy of common spirometry measures and mitigate usability challenges. Our system, coined SpiroCall, was evaluated with 50 participants against two gold standard medical spirometers. We conclude that SpiroCall has an acceptable mean error with or without a whistle for performing spirometry, and advantages of each are discussed.
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