Analysis of Benchmark Image Pre-Processing Techniques for Coronary Angiogram Images

K. Kavipriya, Manjunatha Hiremath
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Abstract

Coronary Artery supplies oxygenated blood and nutrients to the heart muscles. It can be narrow by the plaque deposited on the artery wall. Cardiologists and radiologists diagnose the disease through visual inspection based on x-ray images. It is a challenging part for them to identify the plaque in the artery in the given imagery. By using image processing and pattern recognition techniques, a narrowed artery can be identified. In this paper, pre-processing methods of image processing are discussed with respect to coronary angiogram image(s). In general the angiogram images are affected by device generated noise / artifacts; pre-processing techniques help to reduce the noise in the image and to enhance the quality of the image so that the region of interest is sensed. The main objective of the medical image analysis is to localize the region of interest by removing the noise. It is essential to find the structure of the artery in the angiogram image, for that preprocessing is useful.
冠状动脉造影图像预处理基准技术分析
冠状动脉为心肌提供含氧血液和营养物质。动脉壁上的斑块会使其变窄。心脏病专家和放射科医生通过基于x射线图像的视觉检查来诊断这种疾病。对于他们来说,在给定的图像中识别动脉中的斑块是一个具有挑战性的部分。通过图像处理和模式识别技术,可以识别出狭窄的动脉。本文讨论了冠状动脉造影图像的预处理方法。一般来说,血管造影图像会受到设备产生的噪声/伪影的影响;预处理技术有助于减少图像中的噪声,提高图像质量,以便感兴趣的区域被感知。医学图像分析的主要目的是通过去除噪声来定位感兴趣的区域。在血管造影图像中找到动脉的结构是很重要的,因为预处理是有用的。
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