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Augmented Reality based Surgical Navigation for Percutaneous Endoscopic Transforaminal Discectomy

机译:基于基于现实的经皮内窥镜晶状体椎间盘切除术的手术导航

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Fluoroscopic guidance is a critical step for the puncture procedure in percutaneous endoscopic transforaminal discectomy (PETD). In this paper, we propose an AR surgical navigation system for PETD based on multi-modality imaging information, which contain fluoroscopy, optical tracking and depth camera. We also present a self-adaptive calibration and transformation method between 6-DOF optical tracking device and depth camera, which are in different coordinate systems. With substantially reduced frequency of fluoroscopy imaging, the system can accurately track and superimpose the virtual puncture needle on fluoroscopy images in real-time.
机译:荧光透视引导是在经皮内窥镜透镜椎间盘切除术(PETD)中穿刺程序的关键步骤。 在本文中,我们提出了基于多模态成像信息的PETD的AR外科导航系统,其含有透视,光学跟踪和深度相机。 我们还在6-DOF光学跟踪装置和深度摄像头之间存在自适应校准和转换方法,这些方法在不同的坐标系中。 随着透视成像的大大降低,系统可以实时准确地跟踪并叠加虚拟穿刺针对透视图像。

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