增强现实(AR)在医学模拟和训练中的进展

V. Ivanov, Alexander Klygach, Sam Shterenberg, S. Strelkov, J. K. Levy
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引用次数: 3

摘要

数字技术正在改变医学培训、模拟和建模领域。详细描述了虚拟增强现实(AR)和虚拟模拟领域的进展,特别是与医学教育和培训有关的进展。概述了关键的医疗模拟工具,以提供有关这一快速发展的领域的基础知识。提出了一个及时而有价值的原创增强现实系统。这个原始的医疗培训和模拟系统的关键组成部分包括以下三个方面:开放手术的进步,逼真的可视化和创新的触觉。详细描述了该增强现实系统的每个组件。首先,开放手术模块强调阑尾切除术(我们模型中最常用的外科手术)。其次,提出了三种不同的方法来创建真实和精确的三维医学模型。第三,触觉反馈涉及使用增强的Novint Falcon系统,其中定制的握把提供了额外的自由度。最后,讨论了游戏仿真、建模和角色扮演在急诊医学领域的进展。
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Advances in agumented reality (AR) for medical simulation and training
Digital technologies are transforming the field of medical training, simulation and modeling. Advances in the field of virtual Augmented Reality (AR) and virtual simulation are described in detail, particularly as they relate to medical education and training. An overview of key medical simulation tools is provided in order provide foundational knowledge about this rapidly growing field. A timely and valuable original Augmented Realty system is put forward. The key components of this original system for medical training and simulation include the following three dimensions: advances in open surgery, realistic visualizations and innovative haptic was used. Each component of this Augmented Reality system is described in detail. First, the open surgery module emphasized appendectomies (the most common surgical procedures used in our model). Second, three different approaches for creating realistic and accurate 3D medical models were put forth. Third, haptic feedback involved the use of an enhanced Novint Falcon system in which a custom grip provides additional degrees of freedom. Finally, advances in game simulation, modeling and role playing are discussed for the field of emergency medicine.
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