Automated Lung Nodules and Ground Glass Opacity Nodules Detection and Classification from Computed Tomography Images

  • Vijayalaxmi MekaliEmail author
  • H. A. GirijammaEmail author
Conference paper
Part of the Lecture Notes in Computational Vision and Biomechanics book series (LNCVB, volume 30)


Lung cancer health care community depends on lung cancer Computer Aided Detection system to draw useful lung cancer details from Computed Tomography lung images. Nodules growth rate indicates the severity of the disease, which can be periodically radiologist analyzed by nodule segmentation and classification. Main challenges in analyzing nodules growth rate are lung nodules of different type requires special methods for segmentation, their irregular shape, and boundary. In this paper, automatic three-phase framework for lung nodules and nodules of ground glass opacity detection followed by classification is proposed. In this work, nodule segmentation framework uses proposed automatic region growing algorithm that selects set of black pixels as seed points automatically from output binary image for lung parenchyma segmentation followed by artifacts removal to reduce disease search space. Nodules are segmented based on nodule candidates center pixels identification and intensity feature of lung nodule candidates. Segmented nodules are classified using SVM classifier and classification results are compared with other considered classifiers KNN, boosting and decision tree. In the evaluation step, it was found that SVM classifier’s performance is outstanding compared to other considered classifiers in this work. Complete automation in nodule detection within very less time is the key feature of the proposed method. CT images are taken from Lung Image Database Consortium and Image Database Resource Initiative (LIDC/IDRI) public database to evaluate the performance of proposed work. An accuracy of 98% (45/46) with less computational time is achieved. The experimental results demonstrated that the proposed method achieve efficient and accurate segmentation of lung nodules and ground glass opacity nodules with less computation time.


Lung parenchyma Computer Aided Detection Benign and malignant Nodules segmentation Computed tomography 



I thank my research guide Dr. Girijamma H A, Professor, Department of CSE, RNSIT, Bangalore, India. For supporting to complete this research article. I would like to thank public LIDC database from which images are taken to carry a reach work.


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© Springer Nature Switzerland AG 2019

Authors and Affiliations

  1. 1.Computer Science and Engineering DepartmentKSITBangaloreIndia
  2. 2.Computer Science and Engineering DepartmentRNSITBangaloreIndia

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