Latest Articles for Augmented Reality

A new method improves how models perceive depth and spatial relationships in images.

This article discusses improving resource allocation for immersive communication technologies.

A new method enhances 3D object identification from single images in real-world scenes.

New methods enhance machine learning models for 3D data.

A new method allows easy creation of realistic 3D avatars using just one video.

Event-based cameras enhance the reading of blurred barcodes and signs.

The AEA dataset provides insights into daily activities for improving AI and AR technologies.

Improving waveguide combiners enhances the performance of AR glasses.

Improving precision in hand-object tracking with GeneOH Diffusion.

CLIPose enhances object pose estimation using images, point clouds, and text descriptions.

A new method automates 3D character modeling from concept art.

Exploring the latest methods in human shape and clothing technology.

SwitchLight technology enhances the realism of human portraits through innovative lighting adjustments.

A system that helps users read text easily in AR.

New datasets improve depth estimation models for various environments.

Innovative methods to enhance accurate hand modeling in 3D space.

New method improves avatar movements using augmented reality and virtual reality data.

SMURF improves 3D rendering despite motion blur challenges.

A new model boosts depth estimation by generating realistic RGBD samples.

HandFormer improves action recognition using 3D hand poses and images.

RAIN-GS improves 3DGS performance with better initialization and filtering techniques.

N2F2 enhances machine interpretation of images through multi-level analysis and language integration.

An overview of strategies for improving dense matching accuracy.

A new model improves depth estimation by combining predictions and multi-frame analysis.

A new framework for reconstructing 3D objects using monocular images.

FastCAD streamlines CAD model alignment, revolutionizing augmented reality and robotics applications.

A new method enhances assembly accuracy and efficiency in medical and industrial settings.

A new method enhances data diversity for better 3D hand models.

A new method improves camera localization accuracy while preserving user privacy.

X-MIC framework enhances models for recognizing actions in first-person videos.

A new approach improves accuracy in aligning 3D scene graphs for spatial tasks.

A new method improves 3D environment mapping using point cloud mosaicking.

A novel approach improves high-resolution holography processing and memory usage.

TEAR efficiently aligns large 3D point sets, overcoming outliers and memory issues.

COMO helps computers understand environments using a single camera.

Discover how human-object contact can improve 3D modeling from images.

A new method predicts relative pose from images without depth information.

A new approach enhances lifelike image creation from dynamic scenes.

A new system creates detailed 3D human models from fewer 2D pictures.

EVE simplifies robot training using augmented reality for everyday users.