Latest Articles for Virtual Reality

A new system improves 3D motion capture from 2D video footage.

A new method enhances 3D model accuracy using multiple viewpoints.

This research presents a method for quicker, high-quality 3D scene generation.

New methods improve NeRF speed and efficiency for mobile applications.

SLAIM enhances real-time tracking and mapping using advanced neural networks and depth information.

A new method generates realistic human movements in virtual environments.

Learn2Talk merges 2D and 3D techniques for realistic facial animations.

Exploring how sound field reconstruction impacts audio experiences across various applications.

Research reveals advantages of bi-manual techniques for teleportation in virtual reality.

A new method allows for high-quality 3D face rendering with less resource use.

A new method improves the realism of 3D object removal.

New method enhances facial expression transfer from single images.

Innovative method creates detailed 3D models from one camera’s perspective.

GaussianTalker offers natural lip synchronization and high-quality visuals for talking head videos.

A new method enables detailed 3D modeling from a single image.

New systems enhance eye tracking with lower power and faster responses.

New methods improve 3D model efficiency while retaining essential details.

A new method improves image realism by focusing on light interactions.

A system that enhances VR design by using simulated users for testing.

A new method streamlines material generation for 3D objects using text prompts.

EMOPortraits enhances the realism of animated avatars by improving emotional expression accuracy.

Combining eye movements and brainwaves for better user verification in XR environments.

DragPoser advances motion capture with fewer sensors while maintaining high-quality animations.

EchoScene enhances indoor 3D scene creation through innovative methods and user interaction.

A new method improves sound processing through automatic tuning of Feedback Delay Networks.

Rip-NeRF improves 3D image quality and efficiency using innovative rendering methods.

A new system improves tracking of hand-object interactions for various applications.

A study exploring avatar realism and user perspective in virtual reality.

A new fabric technology enhances virtual touch experiences for users.

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

A new method enhances how robots predict human actions.

A look into how users move within digital environments.

A new method enhances point-based graphics for real-world applications.

A look at NGM-SLAM's impact on mapping and tracking systems.

A new method simplifies 3D motion capture using automated camera calibration.

A method using AI enhances sound representation in various environments.

A new method for producing detailed 3D hand avatars using smartphone scans.

Researchers investigate the effects of awe through VR experiences and brain activity.

New methods improve depth estimation and light field video reconstruction using dual pixels.

A breakthrough in 3D avatar customization using layered technology.