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A simulation system for training telerobotic spine surgery

机译:用于训练远距离机器人脊柱手术的模拟系统

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Spine surgery is a complex operation requiring extensive experience and highly accurate manipulations of instruments. Traditional methods like practice in operating room have major drawbacks such as high risk and rare chance for which virtual reality (VR) and computer technologies can offer solutions. The development and prevalence of the Da Vinci system has greatly helped surgeons and interns, which shortens the steep learning curve of complex surgery procedures. In this paper, a virtual reality simulation system of telerobotic surgery was proposed for training spine surgery. A master-slave control structure similar to the da Vinci system based on haptic devices was completed. Combining 3D display devices and haptic devices, a prototype of a telerobotic surgical simulation system was implemented. With the virtual surgery interface and environment, operators could work in a high immersive simulated tele-surgical environment to develop basic skills needed in telerobotic spine surgery.
机译:脊柱外科手术是一项复杂的手术,需要丰富的经验和高度准确的器械操作。传统方法(如在手术室中进行练习)具有主要缺点,例如高风险,而虚拟现实(VR)和计算机技术可以提供解决方案的机会很少。达芬奇系统的发展和普及极大地帮助了外科医生和实习生,从而缩短了复杂手术过程的陡峭学习曲线。本文提出了一种远程机器人手术虚拟现实仿真系统,用于训练脊柱手术。完成了与基于触觉设备的达芬奇系统类似的主从控制结构。结合3D显示设备和触觉设备,实现了远程机器人手术仿真系统的原型。借助虚拟手术界面和环境,操作员可以在高度沉浸的模拟远程手术环境中工作,以开发远程机器人脊柱手术所需的基本技能。

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