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Assessment of Microsoft Kinect technology (Kinect for Xbox and Kinect for windows) for patient monitoring during external beam radiotherapy

机译:评估Microsoft Kinect技术(用于Xbox的Kinect和用于Windows的Kinect)在外部束放射治疗期间用于患者监测

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摘要

In external beam radiotherapy, patient misalignment during set-up and motion during treatment may result in lost dose to target tissue and increased dose to normal tissues, reducing therapeutic benefit. The most common method for initial patient setup uses room mounted lasers and surface marks on the skin. We propose to use the Microsoft Kinect which can capture a complete patient skin surface representing a multiplicity of 3D points in a fast reproducible, marker-less manner. Our first experiments quantitatively assess the technical performance of Kinect technology using a planar test object and a precision motion platform to compare the performance of Kinect for Xbox and Kinect for Windows. Further experiments were undertaken to investigate the likely performance of using the Kinect during treatment to detect respiratory motion, both in supine and prone positions. The Windows version of the Kinect produces superior performance of less than 2mm mean error at 80-100 cm distance. © 2013 IEEE.
机译:在外部束放射治疗中,患者在安装过程中的未对准以及在治疗过程中的运动可能会导致靶组织损失剂量并增加正常组织的剂量,从而降低治疗效果。初始患者设置中最常用的方法是使用室内安装的激光器和皮肤上的表面标记。我们建议使用Microsoft Kinect,它可以以快速可重复的,无需标记的方式捕获代表多个3D点的完整患者皮肤表面。我们的第一个实验使用平面测试对象和精密运动平台来定量评估Kinect技术的技术性能,以比较Kinect for Xbox和Kinect for Windows的性能。进行了进一步的实验,以研究在治疗过程中使用Kinect检测仰卧位和俯卧位呼吸运动的可能表现。 Windows版本的Kinect在80-100厘米的距离内产生小于2mm的平均误差的卓越性能。 ©2013 IEEE。

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