Visual measurement methods are extensively used in various fields, such as aerospace,
biomedicine, agricultural production, and social life, owing to their advantages of high …

Depth estimation has significant potential in industrial applications, such as robot navigation.
Light Field (LF) technology captures both spatial and angular information of a scene …

This paper presents a novel calibration algorithm for plenoptic cameras, especially the multi-
focus configuration, where several types of micro-lenses are used, using raw images only …

In standard photography, vignetting is considered mainly as a radiometric effect because it
results in a darkening of the edges of the captured image. In this paper, we demonstrate that …

De-occlusion is a classical challenge in computer vision to many research fields. In this
paper, a synthetic aperture algorithm is proposed to see through occlusions based on …

Light field cameras show great potential for use in retinal imaging. The ability to refocus
images and remove glare post-acquisition provides great benefits over current fundus …

We present an all-in-one camera model that encompasses the architectures of most existing
compressive-sensing light-field cameras, equipped with a single lens and multiple …

Sonars are essential for underwater sensing as they can operate over extended ranges and
in poor visibility conditions. The use of a synthetic aperture is a popular approach to …

We propose a novel direct visual odometry algorithm for micro-lens-array-based light field
cameras. The algorithm calculates a detailed, semi-dense 3D point cloud of its environment …

Lightfield imaging systems were brought to market for consumer and professional media
recording. But so far, this technology is less known for applications in the industrial space …