Fully Automated Segmentation of Renal, Cortex and Medulla

Gokalp Tulum, N. T. Artug, O. Osman, V. Yılmaz, T. Ergin, Ferhat Cüce, Özgür Dandin, A. Kisaoglu, I. Demiryilmaz, M. Yaprak, B. Aydinli
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Abstract

It is assume that volumes of cortex and medulla are related with recovery of the kidney after transplantation. In this work, a fully automated segmentation and volume calculation method is proposed for determining renal volumes. 10 kidneys of 5 donors are used as a dataset. When the output volumes of the proposed system were compared to the golden standarts, Volume error rates are obtained as %3,97±0,02for total renal volume, %8,71±0,06 for cortex volume and %20,13±0,2 for medulla volume.
全自动分割肾,皮质和髓质
据推测,皮质和髓质的体积与移植后肾脏的恢复有关。在这项工作中,提出了一种全自动分割和体积计算方法来确定肾脏体积。5位捐赠者的10个肾脏被用作数据集。将该系统的输出体积与金标准进行比较,得到的体积错误率为:肾总体积% 3.97±0.02,皮质体积% 8.71±0.06,髓质体积% 20.13±0.02。
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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