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. Author manuscript; available in PMC: 2017 Aug 3.
Published in final edited form as: IEEE Trans Med Imaging. 2014 Jul 8;33(12):2293–2310. doi: 10.1109/TMI.2014.2337057

TABLE VIII.

LOLA11 Segmentation Challenge results with a short description of the submitted methods.

Team Name Score Summary Further Reading
Fraunhofer ME VIS 0.973 Region-based segmentation initiated by automatically detected seed points followed by morphological closing [55]
yacta 0.97 Segmentation of trachea-bronchial tree. Landmark determination in left and right lung. Threshold based region growing. Filling of holes in axial slices. [56]
NIH 0.968 Fully automated PLS method with- out considering pleural fluid as part of lung field.
SmartPaint 0.969 Interactive segmentation [57]
UCLA Historic 0.963 Threshold-based 3D region growing followed by 6-neighborhood connected component analysis. [2]
DIAG 0.962 Initial segmentation is performed using a conventional region growing and morphological smoothing. Next, automatic error detection (using shape analysis) is applied. The scans that are likely to contain errors are then segmented by a multi- atlas segmentation. [58]
GE Research Niskayuna NY 0.952 Context Selective Decision Forests classification. [59]
MCVGL 0.949 Rib cage detection followed by a robust active shape model for rough segmentation of lung field, and optimal surface finding approach for final refinement. [60]
Barcelona 0.949 Sequential classifiers using pixel appearance and multiscale analysis of neighbors class likelihood.
CREATIS CLB Lyon 0.948 Region-growing followed by morphological operations.