Light field imaging captures both the intensity and directional information of light rays,
providing users with more immersive visual experience. However, during the processes of …

Conventional photography can only provide a two-dimensional image of the scene, whereas
emerging imaging modalities such as light field enable the representation of higher …

Facial retouching, aiming at enhancing an individual's appearance digitally, has become
popular in many parts of human life, such as personal entertainment, commercial …

By recording scenes from multiple viewpoints, Light Field Image (LFI) encompasses both
angular and spatial information, thereby offering users a more immersive experience. Since …

Light Field (LF) is capable of capturing light intensity as well as information about the
direction and position of the light, resulting in an immersive visual experience. Visual quality …

Light field image quality measurement (LF-IQM) is a fundamental vision-based
measurement task throughout the lifecycle of light field image processing. The conventional …

Existing light field salient object detection (LFSOD) models predominantly rely on
convolutional neural networks or local attention to process light field data, consequently …

Face retouching involves using digital techniques to alter an individual's appearance,
commonly using in social media. However, excessively retouched face (RF) images can …

There exists complementary relationship between different projection formats of
omnidirectional images. However, most existing omnidirectional image quality assessment …

Light Field (LF) imaging captures the spatial and angular information of light rays in the real
world and enables various applications, including digital refocusing and single-shot depth …