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CAD system for lung nodules detection using wavelet-based approach and intelligent classifiers

机译:基于小波的方法和智能分类器的肺结节检测CAD系统

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Lung nodules are generally higher indicators of lung cancer. Detected at an early stage, their treatment could be easier and patient chances for survival are improved. This research aims to establish a methodology for the automated identification of lung nodules using image processing and pattern recognition techniques. The automatic system that we propose in this paper includes a pre-processing stage, a nodule characterization stage and a classification stage. The proposed preprocessing system aims to delimit the lung tissue by deleting all the unnecessary regions. The characterization process is based mainly on the analysis of the textural properties of the nodules. The gaussian density calculation in the wavelet domain allows for an efficient segmentation of the current nodules. Then, a comparative classification method based on SVM classifier, bayesian regularization networks and ANFIS classifier, on the LIDC database, is proposed, showing the robustness of the approach proposed.
机译:肺结核通常是肺癌的更高指标。在早期检测到,它们的治疗可能更容易,并且患者的存活机理得到改善。本研究旨在利用图像处理和模式识别技术建立用于自动识别肺结节的方法。我们在本文中提出的自动系统包括预处理阶段,结节表征阶段和分类阶段。所提出的预处理系统旨在通过删除所有不必要的区域来分隔肺组织。表征过程主要基于结节的纹理性质的分析。小波域中的高斯密度计算允许有效分割电流结节。然后,提出了一种基于SVM分类器,贝叶斯正则化网络和ANFIS分类器的比较分类方法,在LIDC数据库上,示出了所提出的方法的鲁棒性。

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