Comparison of deep learning-based techniques for organ segmentation in abdominal CT imagesDownload PDF

V. Groza, T. Brosch, D. Eschweiler, H. Schulz, S. Renisch, H. Nickisch

Apr 10, 2018MIDL 2018 Abstract SubmissionReaders: Everyone
  • Abstract: Automatic segmentation of the liver, spleen and both kidneys is an important problem allowing to achieve accurate clinical diagnosis and to improve computer- aided decision support systems. This work presents a computational methods for automatic segmentation of liver, spleen, left and right kidney in abdominal CT images using deep convolutional neural networks (CNN) which allow the accurate segmentation of large-scale medical trials. Moreover this work demonstrates the comparison of several CNN based approaches to perform the segmentation of required organs. Validation results on the given dataset show that U-Net based liver, spleen and both kidneys segmentation for transaxial slicing achieves mean Dice similarity scores (DSC) of 94%, 89% and 88% respectively.
  • Keywords: deep learning, medical imaging, image processing, neural networks
  • Author Affiliation: Philips Innovation Labs
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