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Active 3D scanning based 3D thermography system and medical applications

机译:基于主动3D扫描的3D热成像系统和医疗应用

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摘要

Infrared (IR) thermography determines the surface temperature of an object or human body using IR camera. It is an imaging technology which is contactless and completely non-invasive. These properties make infrared thermography a useful method of analysis that is used in various industrial applications to detect, monitor and predict irregularities in many fields from engineering to medical and biological observations. This paper presents 3D thermography based on the combination of active visual 3D imaging technology and passive thermal imaging technology. We describe development of a 3D thermography system integrating thermal imaging with 3D geometrical data from active 3D scanner. We also outline the potential benefits of this system in medical applications. In particular, we emphasize the benefits of using this system for detection of breast cancer.
机译:红外(IR)热像仪使用红外热像仪确定物体或人体的表面温度。它是一种非接触式且完全无创的成像技术。这些特性使红外热成像成为一种有用的分析方法,可用于各种工业应用中,以检测,监视和预测从工程到医学和生物学观察的许多领域的不规则性。本文介绍了结合主动视觉3D成像技术和被动热成像技术的3D热成像技术。我们描述了将热成像与来自主动3D扫描仪的3D几何数据相集成的3D热成像系统的开发。我们还将概述该系统在医疗应用中的潜在优势。特别是,我们强调使用此系统检测乳腺癌的好处。

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