This paper deals with the problem of reconstructing a depth map from a sequence of
differently focused images, also known as depth from focus (DFF) or shape from focus. We …

Multifocus image fusion techniques primarily emphasize human vision and machine
perception to evaluate an image, which often ignore depth information contained in the …

In this paper, we address the problem of depth recovery from a sequence of multi-focus
images, known as shape-from-focus (SFF). The conventional SFF techniques typically …

The precision measurement of grinding wheel topography is of great significance for
accurate evaluating grinding performance and improving the workpiece surface finish and …

A rig and image analysis methodology is described to characterise wrinkle formation during
draping of non-crimp fabrics. The circular fabric blank is draped over a male hemispherical …

The 3D reconstruction of freedom surface has been a major challenge for computer vision
as well as metrology. Complex surface structures such as large undulations and deep …

A novel shape from focus method combining 3D steerable filter for improved performance on
treating textureless region was proposed in this paper. Different from conventional spatial …

Abstract Shape From Focus (SFF) is one of the most popular strategies for reconstructing
object's 3D shape, which doesn't require any additional technology. SFF strategies generate …

Shape from focus enables microscopic 3D sensing by combining it with a microscope
system. However, edge bleeding artifacts of estimated depth easily occur in this …

Abstract The three-dimensional (3D) microscopic vision measurement methods based on
focus stacking are widely used because of their outstanding advantages such as …