首页> 外文会议>Medical Image Computing and Computer-Assisted Intervention ― MICCAI 2002 >PC-Based Control Unit for a Head Mounted Operating Microscope for Augmented Reality Visualization in Surgical Navigation
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PC-Based Control Unit for a Head Mounted Operating Microscope for Augmented Reality Visualization in Surgical Navigation

机译:基于PC的头戴式手术显微镜控制单元,用于外科导航中的增强现实可视化

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摘要

We have adapted a miniature head mounted operating microscope for AR by integrating two very small computer displays. To calibrate the projection parameters of this so called Varioscope AR we have used Tsai's Algorithm for camera calibration. Connection to a surgical navigation system was performed by defining an open interface to the control unit of the Varioscope AR. The control unit consists of a standard PC with an dual head graphics adapter. We connected this control unit to an computer aided surgery (CAS) system by the TCP/IP interface. In this paper we present the control unit for the HMD and its software design. We tested two different optical tracking systems, the Flashpoint (Image Guided Technologies, Boulder, CO), which provided about 10 frames per second, and the Polaris (Northern Digital, Ontario, Can) which provided at least 30 frames per second, both with a time delay of one frame.
机译:我们通过集成两个非常小的计算机显示器为AR改装了一个微型头戴式手术显微镜。为了校准这种所谓的Varioscope AR的投影参数,我们使用了Tsai的算法进行相机校准。通过定义与Varioscope AR的控制单元的开放接口来执行与手术导航系统的连接。控制单元由带有双头图形适配器的标准PC组成。我们通过TCP / IP接口将该控制单元连接到计算机辅助手术(CAS)系统。在本文中,我们介绍了HMD的控制单元及其软件设计。我们测试了两种不同的光学跟踪系统,分别是每秒提供约10帧的Flashpoint(Image Guided Technologies,Boulder,CO)和每秒至少提供30帧的Polaris(北极数字,每秒提供30帧)。一帧的时间延迟。

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