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Recovering 3-D Shape Based on Light Fall-Off Stereo under Point Light Source Illumination and Perspective Projection

机译:基于光源照明和透视投影的光掉光立体声恢复3-D形

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In the medical imaging applications, endoscope image is used to observe the human body, As a method to recover 3-D shape from shading images, light fall-off stereo has been proposed using the inverse square law for illuminance with point light source illumination. This paper extends the principle of light fall-off stereo and proposes a new approach under the assumption of both point light source illumination and perspective projection using two images with the different size of target object To solve the problem that target has the specular reflectance in general, removing the points with specular components and interpolating the surface can handle the target with specular reflectance. The proposed approach is demonstrated through computer simulation and real experiment.
机译:在医学成像应用中,内窥镜图像用于观察人体,作为从阴影图像中恢复3-D形的方法,已经采用了具有点光源照明的照度的逆平面法来提出光脱落立体声。本文扩展了光脱落立体声的原理,并在使用具有不同大小的目标对象的两个图像的假设下,提出了一种新方法,以解决目标对象的不同尺寸,以解决目标具有镜面反射率的问题,用镜面组分移除点并插入表面可以用镜面反射处理目标。通过计算机模拟和实验证明了所提出的方法。

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