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Application of Image Processing and Virtual Reality Technologies in Simulation of Laparoscopic Procedures

机译:图像处理和虚拟现实技术在腹腔镜手术模拟中的应用

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In this paper we focus on developing the simulators of laparoscopic surgery procedures. We propose expanding the role of video channel, which allows to reduce the mechatronic systems providing information about the spatial position of instruments. The mechatronic structure is indispensable in order to achieve the effect of haptic feedback, however in the proposed solution it is much simpler, than as in the case of currently occurring solutions. In proposed issue, mechatronic consists of actuators with a simple control software only. Entire perception (data acquisition) for the realization of haptic feedback is implemented using the video channel. Moreover, haptic feedback effect is supported by the dynamics calculations made in the graphics software. While calculating of the movement of the objects, their collisions and associated with that deformations, the physics engine purveyed current value of forces, torques, speed or acceleration to haptic feedback fittings.
机译:在本文中,我们专注于开发腹腔镜手术程序的模拟器。我们建议扩大视频通道的作用,这可以减少提供有关仪器空间位置信息的机电系统。为了获得触觉反馈的效果,机电一体化结构是必不可少的,但是,与当前解决方案相比,在所提出的解决方案中它要简单得多。在提出的问题中,机电一体化仅由带有简单控制软件的执行器组成。使用视频通道实现用于实现触觉反馈的整个感知(数据获取)。此外,图形软件中进行的动力学计算支持触觉反馈效果。在计算对象的运动,它们的碰撞以及与之相关的变形时,物理引擎将力,转矩,速度或加速度的当前值传递给触觉反馈配件。

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