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Volume Visualization in the Clinical Practice

机译:临床实践中的卷可视化

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Volumetric data is common in medicine, geology and engineering, but the O(n~3) complexity in data and algorithms has prevented the widespread use of volume graphics. Recently, 3D image processing and visualization algorithms have been parallelized and ported to graphics processing units. Today, medical diagnostics highly depends on volumetric imaging methods that must be visualized in real-time. However, daily clinical practice shows that physicians still prefer simple 2D multi-planar reconstructions over 3D visualizations for intervention planning. Therefore, a very basic question in this context is, if real-time 3D image synthesis is necessary at all. This paper makes four main observations in a clinical context, which are evaluated with 24 independent physicians from three different European hospitals.
机译:体积数据在医学,地质和工程中是常见的,但数据和算法中的o(n〜3)复杂性阻止了卷图形的广泛使用。最近,3D图像处理和可视化算法已经并行化并移植到图形处理单元。如今,医疗诊断高度取决于必须实时可视化的体积成像方法。然而,每日临床实践表明,医生仍然更喜欢在3D可视化上进行简单的2D多平面重建进行干预计划。因此,如果需要实时3D图像合成,则在这种情况下是非常基本的问题。本文在临床背景下进行了四个主要观察,这些临床背景是由来自三个不同欧洲医院的24家独立的医生评估。

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