Experimental investigation of fuzzy enhancement for nonsolid pulmonary nodules

Liu Cuifang, Nie Shengdong, Wang Yuanjun, Sun Xiwen
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引用次数: 4

Abstract

Computer-Aided Detection(CAD) for pulmonary nodules on CT images can help radiologist find pulmonary nodules efficiently and decrease the rate of missed diagnosis, which provides a way for lung cancer diagnosis in early stage. Compared with the solid pulmonary nodules which have regular shape, clear edge and high density, the detection of the nonsolid pulmonary nodules with irregular shape, blurry edge and low contrast to lung parenchyma is more difficult. In order to detect the nonsolid pulmonary nodules using CAD systems, the image enhancement for nonsolid pulmonary nodules' contrast to lung parenchyma is necessary. Therefore, we performed an experimental investigation of fuzzy enhancement algorithms for nonsolid pulmonary nodules in this paper. Experimental results show that the proposed method is valid in the enhancement of nonsolid pulmonary nodules' contrast to lung parenchyma, meanwhile, it decreases the disturbance of the blood vessels.
肺非实性结节模糊增强的实验研究
CT图像上肺结节的计算机辅助检测(CAD)可以帮助放射科医师有效地发现肺结节,降低漏诊率,为肺癌的早期诊断提供了一种途径。与形状规则、边缘清晰、密度高的实性肺结节相比,形状不规则、边缘模糊、与肺实质对比低的非实性肺结节的检测难度较大。为了利用CAD系统检测非实性肺结节,必须对非实性肺结节与肺实质的对比进行图像增强。因此,本文对非实性肺结节的模糊增强算法进行了实验研究。实验结果表明,该方法在增强肺非实性结节对肺实质的对比度方面是有效的,同时减少了对血管的干扰。
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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