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Fuzzy inference based augmented reality in MR cholangiopancreatography images

机译:MR胰胆管造影图像中基于模糊推理的增强现实

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Augmented reality (AR) is a combination of a real scene viewed and a virtual scene generated by a computer. This paper introduces fuzzy inference techniques into AR. The fuzzy inference based AR enhances a region of interest (ROI) in medical images using expert knowledge expressed with fuzzy if-then rules. Therefore, the AR enables users who are not familiar with such medical images to observe the ROIs as well as expert's observation. Especially this paper discusses the fuzzy inference based AR in MR Cholangiopancreatography images. The AR enhances tube-formed tissues such as the pancreatic duct. In this case, a step for finding the tissue using fuzzy inference is included. We apply the proposed the fuzzy inference based AR to three subjects. Through experimental results, we showed the pancreatic duct was successfully found from any subjects and could clearly augment the 3D shape of the pancreatic duct.
机译:增强现实(AR)是查看的真实场景和计算机生成的虚拟场景的组合。本文将模糊推理技术引入AR。基于模糊推理的增强现实使用模糊的if-then规则表达的专家知识来增强医学图像中的关注区域(ROI)。因此,AR使不熟悉这种医学图像的用户能够观察到ROI以及专家的观察。特别是,本文讨论了MR胰胆管造影图像中基于模糊推理的AR。 AR增强了胰管等管状组织。在这种情况下,包括用于使用模糊推理找到组织的步骤。我们将提出的基于模糊推理的AR应用于三个主题。通过实验结果,我们显示可以从任何对象中成功找到胰管,并且可以明显增强胰管的3D形状。

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