This paper proposes a system that relates objects in an image using occlusion cues and arranges them according to depth. The system does not rely on a priori knowledge of the scene structure and ...

Depth Pro’s success is rooted in several key innovations: Multi-Scale ViT-Based Architecture: The model efficiently captures global context while preserving fine image details at high resolution.; ...

Monocular estimators are free from most of the ill-posedness faced by matching-based multi-view depth estimator. However, ,monocular depth estimators can not provide reliable depth prediction due to ...

Monocular cues allow for some sense of depth perception even when you don't have two eyes working properly together. They're still needed even when they are, offering cues including: Motion parallax: ...

In particular, depth perception through stereo vision has been heavily studied, but other cues that provide important complements are less well understood. Furthermore, some of these monocular cues, ...

The visual depth perception is composed of monocular and binocular depth cues. Studies show that in absence of binocular depth cues the performance of visuomotor tasks like pointing to or grasping ...

In the absence of binocular cues, developmental evidence provided by Stewart (1974) indicates that infant reliance on monocular (pictorial) depth cues in the perception of the static Ames window ...

Thus, the addition of stereoscopic 3D and monocular cues to depth – that is, the combination of depth cues typically found in the real world – slowed overall search reaction time, but did not ...

Monocular cues provide essential visual information to help you interpret what you see. ... Think of a painting that gives the illusion of depth by playing with the foreground and background.

Binocular vision is what enables humans to estimate depth. But neural networks can create 3D images from a single monocular picture. How do they do it? Until now, nobody knew.