体视显微镜具有工作空间大、实时性高以及不损坏样品表面等优点，己用于微观对象三维立体信息的测量。
Stereo light microscope which possesses relatively large depth of field, good performance in real-time and no breaking surface of sample, is used in stereo three-dimensional information measurement.
该文提出了一种基于空间三维坐标校正的立体视觉定标算法。
In this paper, a stereo calibration algorithm based on tri-linearly interpolating three-dimensional coordinates is presented.
结论三维超声能扫查与了解各脏器的空间立体形态，提高产前诊断胎儿畸形的能力。
Conclusion three-dimensional ultrasound scan to know the organ with a three-dimensional shape space, improve prenatal diagnosis of fetal malformation capacity.
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