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Illustration motifs for effective medical volume illustration

机译:有效医学量插图的插图图案

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摘要

The enormous amount of 3D data generated by modern scientific experiments, simulations, and scanners exacerbates the tasks of effectively exploring, analyzing, and communicating the essential information from these data sets. The expanding field of biomedicine creates data sets that challenge current techniques to effectively communicate information for use in diagnosis, staging, simulation, and training. In contrast, medical illustration succinctly represents essential anatomical structures in a clear way and is used extensively in the medical held for communicative and illustrative purposes. Thus, the idea of rendering real medical data sets using traditional medical illustrative styles inspired work in volume illustration. The main goal of the volume illustration approach is to enhance the expressiveness of volume rendering by highlighting important features within a volume while subjugating insignificant details, and rendering the result in a way that resembles an illustration. Recent approaches have been extended to interactive volume illustration by using PC graphics hardware volume rendering to accelerate the enhanced rendering, resulting in nearly interactive rates.
机译:现代科学实验,模拟和扫描仪生成的大量3D数据加剧了有效探索,分析和传达这些数据集中的基本信息的任务。不断扩大的生物医学领域创造了挑战当前技术的数据集,这些技术有效地传达了用于诊断,分期,模拟和培训的信息。相反,医学插图以清晰的方式简洁地代表了基本的解剖结构,并广泛用于交流和说明目的的医学领域。因此,使用传统医学说明性样式渲染实际医学数据集的想法启发了体积插图中的工作。体积插图方法的主要目标是通过突出显示体积中的重要特征,同时屈服不重要的细节,并以类似于插图的方式呈现结果,从而增强体积渲染的表现力。通过使用PC图形硬件体积渲染来加速增强的渲染,最近的方法已扩展到交互式体积插图,从而产生了几乎交互式的速率。

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