Latest Articles for Depth

This method simplifies creating new 3D views with limited images.

A new model enhances language understanding for clearer communication.

A new method improves 3D modeling from 2D images.

A novel approach enhances visual learning by incorporating 3D object representation.

Exploring the stability of Stokes waves and the role of modulation instability.

A new metric improves evaluation of text classification models across different domains.

Combining camera and LiDAR data improves gait recognition for various applications.

A new method enhances depth estimation using multi-camera images.

A dataset to improve autonomous vehicle performance in various weather conditions.

A look into preparing sparse quantum states for optimal quantum computing performance.

A clear look at how neural networks work and their significance in data representation.

New approach generates high-quality human action videos with depth information.

Learn how to identify unusual patterns in time-series data with Markov depth.

A new model improves driver action recognition using multiple video types.

An overview of the depth-Bernstein center's role in group representations.

Research highlights the importance of scrambling in quantum circuits and its applications.

Exploring zonal flows and magnetic fields in Jupiter and Saturn.

A new method for resource estimation in quantum computing circuits.

Discover methods to improve CNOT circuit efficiency and reduce errors in quantum computing.

Study reveals strengths and weaknesses of VLMs in understanding spatial dimensions.

This study enhances action recognition by merging depth maps with RGB video frames.

New method improves realistic video creation of object interactions using depth guidance.

A new method enhances 3D image quality using dense metric depth.

Research unveils faster mixing methods in random reversible circuits for improved cryptography.

Examining how magic depth affects classical simulations of quantum circuits.

This study reveals how motion and shape affect our perception of translucency.

Learn how a single image can reveal complex 3D layouts.

A dual-task model improves accuracy in 360° image analysis.

Innovative method combines 2D images with depth to design realistic 3D spaces.

MetricGold estimates depth accurately using just one photo.

Recent findings reveal trade-offs in monotone circuit design regarding size and depth.

SelfSplat streamlines 3D modeling by using images without strict setups.

SharpDepth enhances depth perception in images, improving clarity for various applications.

BRRP helps robots understand scenes better with limited information.

KV shifting attention simplifies language model predictions while improving efficiency.

Discover how chat depth and topics affect AI interactions.

Florence-2 and DBFusion redefine how machines interpret images and text.

Revolutionizing depth sensing with speed and efficiency.

Turn a single image into stunning 3D scenes effortlessly.

Learn how Lidar technology sharpens your photos and reduces blur.