Latest Articles for Computer Graphics

A new method for clearer images by separating static and moving objects.

This article discusses a new method for realistic 3D image rendering.

Explore the fascinating world of closed geodesics on bumpy spheres.

RoDyGS transforms casual videos into realistic dynamic scenes.

Discover how hyper-dual numbers and ruled surfaces shape technology and design.

Discover the fascinating world of planar radial mean bodies in geometry.

Learn how NIRC boosts rendering speed and quality in computer graphics.

A new framework makes streaming dynamic 3D videos faster and more efficient.

Discover the latest advancements in capturing motion through innovative rendering techniques.

CrossSDF transforms 2D slices into precise 3D models, advancing imaging technology.

Learn how subdivision rules enhance data clarity by reducing noise effectively.

New techniques boost image quality from noise without guidance.

Revolutionizing how animations depict realistic hand-object interactions.

Discover how TC3DGS improves dynamic scene graphics efficiency.

Revolutionary technology simplifies human modeling from single images.

Discover how Doppelgangers++ improves 3D imaging accuracy and reliability.

Discover how diffusion models transform digital art creation effortlessly.

A new method enhances 3D model creation from 2D images and text prompts.

Discover how quaternions streamline 3D rotations and data analysis.

A new method improves 3D image edits using attention warping for better consistency.

PRM offers a new approach to creating detailed 3D models with speed and precision.

Discover how quadrature rules and splines work together in numerical analysis.

Discover the intricate process behind lifelike graphic representations and their real-world applications.

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

Learn how convex optimization improves 3D mesh quality for various applications.

UnPIC transforms 2D images into stunning 3D representations with ease.

Discover effective ways to analyze fluid movement on surfaces using advanced techniques.

Revamp your photos effortlessly with GenLit’s innovative relighting technique.

A new way to render stunning visuals in real time.

Discover how discrete Poincaré inequalities impact mathematics and real-world applications.

Discover fascinating shapes and their hidden connections in geometry.

LiDAR-RT enhances self-driving car perception with real-time 3D scene rendering.

Discover how a dual stream diffusion model transforms rendering and inverse rendering.

New method enhances realistic hair and flexible object animations.

Discover the beauty and applications of geometric algebra in science and art.

Discover the fascinating world of farthest point mapping in geometry.

Discover how fuzzy spaces reshape our understanding of geometry and physics.

Learn how to adjust the properties of nonlinear elastic materials for digital creations.

Learn how cubic splines create smooth data representations using triangulations.

A new method simplifies surface flattening for various applications.