Analysis of Biomedical Image for Alzheimer's Disease Detection

R. Kumari, Shashank Pushkar
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引用次数: 1

Abstract

Image analysis is giving a huge breakthrough in every field of science and technology. The image is just a collection of pixels and light intensity. The image capturing was done in two ways: (1) by using infrared sensors and (2) by using radiography. The normal images are captured by using the infrared sensors. Radiography uses the various forms of a light family, such as x-ray, gamma rays, etc., to capture the image. The study of neuroimaging is one of the challenging research topics in the field of biomedical image processing. So, from this note, the motivation for this work is to analyze 3D images to detect Alzheimer's disease and compare the statistical results of the whole brain image data with standard doctor's results. The authors also provide a very short implementation for brain slicing and feature extraction using Freesurfer and OpenNeuro dataset.
用于阿尔茨海默病检测的生物医学图像分析
图像分析在各个科学技术领域都带来了巨大的突破。图像只是像素和光强度的集合。图像采集分为两种方式:(1)红外传感器和(2)射线照相。使用红外传感器捕获正常图像。射线照相术使用各种形式的光族,如x射线、伽马射线等来捕捉图像。神经影像学研究是生物医学图像处理领域中具有挑战性的研究课题之一。所以,从这个笔记来看,这项工作的动机是分析3D图像来检测阿尔茨海默病,并将全脑图像数据的统计结果与标准医生的结果进行比较。作者还使用Freesurfer和OpenNeuro数据集提供了一个非常简短的脑切片和特征提取实现。
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