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Three-dimensional measurement based on a Greenough-type stereomicroscope using phase-shifting projection

机译:基于使用相移投影的大绿藻型立体显微镜的三维测量

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We propose an absolute 3D micro surface profile measurement technique based on a Greenough-type stereomicroscope. The camera and the projector are fixed on the stereomicroscope, facilitating a flexible 3D measurement of objects with different heights. Experiments of both calibration and measurements are conducted, and the results show that our proposed method works well for measuring different types of geometry like spheres, ramps and planes etc. The reconstruction accuracy can achieve 4.8 μm with a measurement depth about 3 mm.
机译:我们提出了一种基于Generough型立体显微镜的绝对3D微表面轮廓测量技术。相机和投影仪固定在立体化上,促进具有不同高度的物体的灵活3D测量。进行校准和测量的实验,结果表明,我们所提出的方法适用于测量不同类型的几何形状,如球体,斜坡和平面等。重建精度可以实现4.8μm,测量深度约为3mm。

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