Latest Articles for Virtual Reality

A look at how sound behaves in dynamic settings.

A new method for identifying parts of 3D objects swiftly.

Examining how we move our eyes and hands in daily tasks.

A new approach to improve camera tracking in fast-moving video scenes.

Explore rotations in science, technology, and their real-world applications.

NexusSplats improves 3D modeling accuracy and speed in chaotic environments.

A novel approach makes 3D scenes look and behave realistically.

Discover how geometry and frequency shape sound in gaming and virtual reality.

A new method improves image quality for digital views.

A look at how we can correct strange features in AI images.

Explore a new method combining labeled and unlabeled data for efficient 3D modeling.

SPAC-Net improves accuracy in filling missing parts of 3D objects.

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

A new 3D method improves image clarity and reduces clutter.

A look at the Hyper-Graph Convolutional Network for action recognition.

FastGrasp improves how we simulate human-like grasping with efficiency and realism.

A new dataset enhances 3D video capture and compression techniques.

SplatSDF helps computers build 3D models accurately from 2D images.

New method detects symmetry in 3D from a single image.

Discover advancements in rapid 3D object generation from images and text.

Learn how MAGiC-SLAM transforms mapping using multiple cameras.

UniPose integrates multiple methods for better human pose understanding and generation.

Quark turns photos into interactive 3D scenes in real-time.

SplatFlow simplifies 3D graphics creation and editing for everyone.

QGS improves surface detail in 3D modeling, surpassing traditional methods.

Researchers enhance computers' ability to recognize functional objects in 3D environments.

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

A new approach enhances object recognition in 3D spaces using 2D mask tracking.

MVGenMaster revolutionizes 3D content creation with innovative image generation techniques.

DRiVE revolutionizes the way we create lifelike 3D characters.

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

Discover how Textured Gaussians enhance realism in video games and movies.

New technology makes real-time 3D scanning faster and clearer.

HARP dataset transforms how we experience sound in virtual environments.

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

New methods simplify adjustments in 3D graphics, enhancing artist creativity.

Learn how SmileSplat creates 3D images from just a few pictures.

GLS offers better 3D modeling for indoor spaces, tackling complex scenes effectively.

BiPO transforms text into lifelike human dance movements.

Discover how lifelike characters transform virtual interactions.