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AN APPLICATION OF KINECT DEPTH SENSOR FOR SCOLIOSIS AND KYPHOSIS SCREENING

机译:Kinect Depth传感器在脊柱侧凸和脊柱疮筛查中的应用

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Modern technologies for evaluation of spinal deformities are based on assessment of the surface geometry of the torso in different ways. 3D scanning and 3D reconstruction using low cost Kinect sensor can contribute in rapid and low cost elaboration of a 3D mesh of the patient's back. This paper describes the instrumentation, technique and the results of a Kinect based system for screening of scoliosis and kyphosis. The system proposed in this investigation uses infrared ray technology to evaluate the torso surface of patients. This work discusses the advantages and limitations of the proposed scanning system. Experimental results demonstrated that the low-cost depth sensors can produce accurate 3D models when combined with specialized software. Due to numerous transducers, the Kinect sensor may be used in a lot of medical bioengineering applications.
机译:用于评估脊柱畸形的现代技术基于不同方式评估躯干的表面几何形状。使用低成本Kinect传感器的3D扫描和3D重建可以快速和低成本的患者背部的3D网格的快速和低成本。本文介绍了基于Kinect的仪器系统的仪器,技术和结果,用于筛查脊柱侧凸和脊柱氏菌。本研究中提出的系统使用红外线技术来评估患者的躯干表面。这项工作探讨了所提出的扫描系统的优缺点。实验结果表明,当与专业软件相结合时,低成本深度传感器可以生产精确的3D模型。由于多种换能器,Kinect传感器可以用于许多医学生物工程应用中。

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