Generally, three-dimension image is needed in robotic vision systems, but vision sensors can only achieve two-dimension image.
机器人视觉系统一般需要处理三维图像,而视觉传感器只能得到二维图像。
We simulate three-dimension image of knot using mathematics model, and then realize the computer simulation and localization of knot.
利用数学模型模拟节子的三维图像,实现节子的计算机模拟和定位。
Some experiments on a series of data show that this method is feasible to intermediate contour interpolation, and important in three dimension reconstruction and display of medical image data.
对一系列数据的实验结果表明,它是一种可行的层间轮廓线插值方法,对医学影像数据的三维重建和显示具有重要意义。
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