Latest Articles for Augmented Reality

SEE-ME improves pose estimation by considering human interactions in virtual spaces.

CFPNet enhances depth sensing for better visual information across various applications.

A new approach improves accuracy in 3D pose estimation for machines.

A look at how distance-adaptive CGH is changing holography.

Exploring how eye gaze technology improves selection in virtual and augmented reality.

Discern-XR improves data traffic management for a better Metaverse experience.

New models improve speed and accuracy in depth estimation for AR applications.

A new method promises quick 3D image rendering without extensive training.

A new method for intuitive control of robotic arms using Augmented Reality.

Learn how open-vocabulary SLAM changes object mapping and recognition for machines.

BIP3D uses 2D images to improve machine understanding of 3D spaces.

Teaching cameras to recognize objects in 3D without a predefined list.

A new method for machines to recognize and manage 3D spaces effectively.

New method estimates camera settings from one image for 3D applications.

A new method enhances full body tracking for immersive virtual experiences.

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

New method improves depth estimation for self-driving vehicles using only one image.

Researchers develop an adaptive system for estimating object shapes and positions from images.

Enhanced connectivity sets the stage for better XR experiences.

Revolutionizing real-time 3D mapping for robots and AR apps.

New techniques improve accuracy in head pose detection using synthetic images.

Perception Tokens enhance AI's ability to understand and interpret images.

Explore how Bullet Timer transforms videos into dynamic 3D scenes.

Align3R ensures accurate depth estimation in dynamic videos with enhanced consistency.

RoDyGS transforms casual videos into realistic dynamic scenes.

Revolutionizing depth sensing with speed and efficiency.

HOLa streamlines object labeling in surgery, enhancing efficiency and precision.

Discover how GS-Matching enhances 3D point cloud registration accuracy and efficiency.

Researchers enhance 3D imaging methods for better depth perception using innovative training techniques.

Discover how TC3DGS improves dynamic scene graphics efficiency.

Learn how motion-aware techniques improve scene graph generation in videos.

Improving language models for better object localization and interaction in 3D spaces.

CUPS teaches computers to recognize human movements through simple video footage.

A new benchmark reveals gaps in AI 3D spatial reasoning skills.

ReCap transforms how virtual objects interact with light in different environments.

LOMA combines visual and language features for improved 3D space predictions.

FovealNet enhances gaze tracking for immersive VR experiences.

Learn how new methods are changing 3D modeling from images.

New methods improve how we perceive sound direction in virtual spaces.

New method transforms how technology captures hand movements with moving cameras.