Latest Articles for Computer Graphics

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

A new method for faster, high-quality 3D scene editing using text descriptions.

Learn how GPU-friendly methods enhance stroke rendering in vector graphics.

New components improve memory efficiency and processing speed in 3D generation.

This article explores medial parametrization, a technique for describing complex flat shapes.

Explore foams in mathematics and their role in shapes and relationships.

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

A novel method for editing 3D shapes that change over time.

Explore the significance of noncompact surfaces in geometry and topology.

This article discusses wavefront path guiding to improve path tracing efficiency.

A guide on metrics for assessing human motion generation models.

A new method reconstructs 3D shapes from images without known angles.

Learn how post-shading filtering improves texture quality in rendering.

New methods enhance realistic clothing behavior in animations.

New methods improve fluid behavior simulation for various applications.

A novel method for creating detailed 3D images from single images using multiview diffusion.

This article explores how shape intersections function in Riemannian manifolds.

A look at the significance of affine equivalence in curves.

SDF-Sim efficiently simulates rigid bodies in complex scenes using signed-distance functions.

DoGaussian enhances 3D modeling efficiency for large scenes through targeted training.

This paper presents new sampling methods for better generative model performance.

New methods improve realism in computer graphics light rendering.

A new method improves the editing of dynamic 3D scenes using Gaussian shapes.

New methods improve texture compression for graphics efficiency and quality.

A new method enhances the quality of 3D shapes from 2D images.

New method enhances efficiency in 3D printing of lattice structures.

Discover the significance of Blaschke's theorem in convex shapes and their interactions.

A new framework improves 4D content generation efficiency and quality.

A new approach enhances the consistency of normals in point clouds.

A method to improve handling of multisets and point clouds in data processing.

A new method enhances the quality of 3D models from images.

Learn how evolutive models improve rendering in computer graphics.

Introducing a new method that improves surface reconstruction using anisotropic properties.

Exploring the relationship between different triangulations in geometry and topology.

New methods improve how we edit and manipulate dynamic 3D scenes.

FreeSplat improves 3D rendering quality and efficiency for indoor scenes.

A new method improves 3D modeling from 2D images.

A new method creates stable 3D objects from images, maintaining appearance and structure.

A novel technique improves 3D modeling accuracy and efficiency.

A new method for efficiently representing complex 3D images using N-dimensional Gaussians.