MeMoS — A software tool for extraction of anatomical structures data from 3D medical images

Zbigniew Tyfa, M. Strzelecki
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引用次数: 2

Abstract

MeMoS (Medical Model Sketcher), a software package that provides data required to reconstruct 3D medical models, basing on DICOM and RAW image sets, is presented. The uttermost objective of the software creation was to reduce a time needed to perform laborious data extraction process from medical images (necessary for the model reconstruction), without the need of purchasing expensive licenses for already existing programs. Obtained data can be used in any CAD software to recreate the spatial object. Generated 3D models of vascular systems can be used in numerical simulations so as to investigate the physical phenomena occurring in the circulatory system. Additionally, MeMoS is capable of creating datasets for texture analysis — that can be directly fed to the input of texture analysis software. Several results of the possible program output along with preliminary validation of implemented algorithms are outlined as well.
一个从三维医学图像中提取解剖结构数据的软件工具
MeMoS (Medical Model Sketcher)是一个提供基于DICOM和RAW图像集重建三维医学模型所需数据的软件包。软件创建的最终目标是减少从医学图像中执行费力的数据提取过程所需的时间(模型重建所必需的),而不需要为已经存在的程序购买昂贵的许可证。获得的数据可以在任何CAD软件中用于重新创建空间对象。生成的血管系统三维模型可用于数值模拟,以研究循环系统中发生的物理现象。此外,memo能够创建纹理分析的数据集-可以直接馈送到纹理分析软件的输入。本文还概述了几个可能的程序输出结果以及实现算法的初步验证。
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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