Embedded Photographic Tomography Using Raspberry Pi

Rujipas Janthraprasert, C. Pintavirooj
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Abstract

A computerized tomography scan (CT scan) is a device that uses X-ray machines and computers that will compute the data gathered from patients to create cross-sectional images. A CT scan can be used to view the inside without cutting the body open, such as blood vessels and different organs. However, most CT scan is mainly located at the hospital because it is very expensive and must be supervised at all times. So, it is hard for students to learn and understand the mechanic behind the actual CT scan. In this paper, we will build a simulated CT that can be used for educational purposes by creating an embedded photographic tomography using raspberry pi. The proposed system is capable of successfully creating a 3D model of the test object.
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嵌入式摄影断层扫描使用树莓派
计算机断层扫描(CT扫描)是一种使用x光机和计算机计算从患者收集的数据以创建横截面图像的设备。CT扫描可以在不切开身体的情况下看到身体内部,比如血管和不同的器官。然而,大多数CT扫描主要是在医院进行的,因为它非常昂贵,而且必须一直有人监督。因此,学生很难学习和理解实际CT扫描背后的机制。在本文中,我们将通过使用树莓派创建嵌入式摄影断层扫描来构建可用于教育目的的模拟CT。所提出的系统能够成功地创建测试对象的3D模型。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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