X-ray tomography is capable of imaging the interior of objects in three dimensions non-
invasively, with applications in biomedical imaging, materials science, electronic inspection …

To automatically measure the surface profile of a cylindrical workpiece, a high-precision
multi-beam optical method is proposed in this paper. First, some successive images for the …

In an era where machine learning critically underpins business operations, detecting
vulnerabilities introduced by malicious code has become increasingly essential. Although …

We propose a combination of an experimental approach and a reconstruction technique that
leads to reduction of artefacts in X-ray computer tomography of strongly attenuating objects …

摘要提出了一种针对宽视场偏振调制显微成像的顾及多降晰因素的点扩展函数(PSF)
估计与图像重构的正则化方法, 对降晰过程中图像因偏振角调制曲线的拟合偏差 …

This thesis presents a method that improves data efficiency in computational imaging by
incorporating prior knowledge from physical models into machine learning algorithms. Our …

X-ray imaging is capable of imaging the interior of objects in two and three dimensions non-
invasively, with applications in biomedical imaging, materials study, electronic inspection …

This work aimed to develop non-destructive control procedures, either automated or semi-
automated, for evaluating the quality of thin welded joints using active thermography …

La tomographie à rayons X est une technologie d'imagerie en trois dimensions. Elle se base
sur la transmission de rayons X à travers l'objet d'étude. Elle est non destructive mais …

Dans les applications industrielles, spécialement le contrôle non destructif des matériaux
par tomographie à rayons X, l'acquisition de données peut être contrainte par certaines …