通过 Kinect 推进医学成像:综述

Iqra Jawaid, Jawad Khalid Qureshi
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引用次数: 2

摘要

成像技术已广泛应用于几乎所有科学和工程领域。成像工具和图像处理技术在科技进步中发挥着至关重要的作用。特别是在医疗领域,为了更好地治疗疾病,总是需要使用有效的成像技术(如 X 射线成像、超声波、放射学、CT 扫描等)进行检查、诊断和分析。对于癌细胞的检测,这些成像设备具有很高的价值。医生使用的医学成像设备非常昂贵,因此也增加了诊断成本。本文回顾了在诊断身体部位故障和手术中采用的技术和方法。与昂贵的医疗成像设备相比,智能传感电子设备 "Kinect "的功能更胜一筹。它为我们提供两种形式的输出,即被检查物体或人的 RGB 数据和深度数据。与早期的图像捕捉设备相比,这项研究验证了使用 Kinect 传感器能更好地识别物体。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Advancements in medical imaging through Kinect: A review
Use of imaging has become widespread in almost every field of Science and Engineering. Imaging tools and image processing techniques are playing very vital role in the advancements of technology. Especially in the medical field where examination, diagnostics and analysis is always needed for better treatment of diseases by using effective imaging techniques e.g. X- ray imaging, ultrasounds, radiology, CT scans etc. For the detection of cancerous cells, these imaging devices are highly appreciable. The medical imaging devices used by the doctors are very costly due to which the cost of diagnosis is also increased. This paper reviews the techniques and methodologies adopted in the diagnosis of malfunctioning body parts and surgeries. The capabilities of smart sensing electronic gadget “Kinect” are presented over the expensive medical imaging equipment. It provides us two forms of outputs, RGB data and depth data of the under examination object or person. The study validates better identification of objects using kinect sensor as compared to earlier image capturing devices.
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