Latest Articles for Computer Graphics

A systematic approach to calculating integrals on complex curved surfaces.

A look into clustered planarity and linear saturation in graph representation.

This work discusses methods for selecting points from semialgebraic sets using approximation.

New techniques are improving how we render shiny objects in computer graphics.

Learn how neural networks enhance the accuracy of Monte Carlo integration through control variates.

This study examines the relationship between rigid motions and relative equilibrium for bodies on a spherical surface.

Exploring the relationship between angles, distances, and energy in projective spaces.

A look at managing visibility in layered graphics.

MultiPull improves surface reconstruction from 3D point clouds using innovative techniques.

A new method improves how we work with complex 3D shapes.

New self-supervised networks enhance understanding of human shapes and movements.

Exploring how Latent Perceptual Loss enhances image quality and detail.

New methods enhance how reflections are rendered in digital images.

This article discusses a framework to improve the clarity of moving images.

Learn how negative prompts enhance computer-generated image accuracy.

A novel approach addresses challenges in 3D modeling of transparent materials.

New method uses untrained neural networks for easier image alignment.

Learn about Wachspress coordinates and their applications in shaping our world.

A method to simplify and enhance 3D mesh generation.

This article examines why some dots remain hidden in projections.

Researchers improve human-like images for better robot training.

Learn how cubic Powell-Sabin splines create smooth curves in computer graphics.

BBSplat changes how 3D scenes are created, making them faster and more efficient.

New methods improve mathematical approximations significantly.

NeISF++ accurately analyzes how light interacts with metals and non-metals.

A new method for consistent style transfer in 3D images.

A new method allows easy modification of 3D models through simple sketches.

GA-Planes simplify 3D modeling, combining features for faster and better training.

Learn how CAD simplifies complex shapes in math and its practical uses.

A new method enhances SDF accuracy using the screened Poisson equation.

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

Discover the captivating world of isoparametric hypersurfaces and their significance.

Enhancing models for realistic image creation from multiple sources.

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

Learn about the challenges and advancements in crafting lifelike avatars from unclear footage.

New models are improving how machines replicate human movements.

Researchers enhance water droplet simulations for realism and practical applications.

New methods enhance accuracy in generating images from text prompts.

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

Learn how mixed precision quantization speeds up image creation.