Quantitative Monitoring Wound Healing Status Through Three-dimensional Imaging on Mobile Platforms

Adam Yee , John Harmon MD , Steven Yi PhD
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引用次数: 15

Abstract

There are approximately 6.5 million patients in the U.S. suffering from chronic wounds and approximately 140,000 patients hospitalized every year with new wounds. With a long healing process, this demands the need for a non-contact, low cost, and remote monitoring solution that can assist clinicians in diagnosing and treating a patient's wound. This will reduce the burden of countless office visits, especially for those who are elderly and incapacitated. We present a mobile platform based wound 3D imaging app. The app is the only integrated measurement solution encompassing wound area and volume through low cost yet accurate 3D imaging. Extensive experiments show the app has 1.14% and 4.41% relative errors for wound area and volume measurement respectively, far exceeding currently employed clinic methods. In addition, non-invasive volume measurement methods currently use expensive industrial 3D (>$20K) cameras, but our solution provides cheap and accurate results.

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利用移动平台三维成像技术定量监测创面愈合状况
美国大约有650万患者患有慢性伤口,每年大约有14万患者因新伤口住院。由于愈合过程较长,因此需要一种非接触式、低成本和远程监测解决方案,以帮助临床医生诊断和治疗患者的伤口。这将减少无数次办公室访问的负担,特别是对于那些老年人和无行为能力的人。我们提出了一个基于移动平台的伤口3D成像应用程序。该应用程序是唯一的集成测量解决方案,包括伤口面积和体积,通过低成本而准确的3D成像。大量实验表明,该应用程序在伤口面积和体积测量方面的相对误差分别为1.14%和4.41%,远远超过目前使用的临床方法。此外,非侵入性体积测量方法目前使用昂贵的工业3D (>$ 20,000)相机,但我们的解决方案提供廉价和准确的结果。
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