Latest Articles for Computer Graphics

A new method enhances quadrilateral mesh generation with integrable frame fields.

This article discusses how to find the smallest round area covering points in a polygon.

A new method allows users to easily edit and replace objects in 3D scenes.

A new method improves simulation of soft object interactions.

A new approach for creating flexible and user-refined polycube layouts in 3D modeling.

A new method merges hypernetworks with NeRF for faster 3D object creation.

This work enhances rendering accuracy using NeRF for realistic object representations.

Exploring minimal triangulations and their role in understanding 2-manifolds.

Examining the link between 3D vision techniques and practical 3D printing methods.

This article discusses shapes and their behavior using the Loewner equation.

Explore the differences and relationships between real and complex plane curves.

Exploring effective methods for visualizing complex shapes in neural networks.

A new method improves 3D model editing by separating shapes into low and high frequencies.

New findings in spherical codes enhance understanding and applications in various fields.

MVDiffusion++ creates detailed 3D models from just one or a few images.

A new method improves 3D scene inference despite environmental challenges.

A method to enhance image quality and speed in novel view synthesis.

A new method for generating high-resolution images from limited viewpoints.

Mochi improves collision detection speed and accuracy using ray tracing technology.

Exploring optimal light angles to maximize illumination of flat shapes.

Voxelization simplifies the analysis of 3D images across various fields.

A new model creates seamless human movements from text prompts.

An overview of mixed volumes and their significance in geometry.

Examining the role of harmonic maps in geometry and their behavior over time.

A new approach enhances 3D shape recognition using multi-modal learning techniques.

A new method enhances image generation speed and quality using TCD.

Fine Structure-Aware Sampling improves single-image 3D human reconstruction.

Exploring the hybrid base complex for better mesh organization.

This work improves 3D structure generation using SE(3)-invariance in diffusion processes.

Discover how Bézier curves are transforming data analysis in diverse fields.

Learn how consistency models improve data generation speed and quality.

Introducing an innovative scheme for creating smooth curves from irregular points.

A new method enhances caustics rendering using a Gaussian mixture model for improved visuals.

A look into discrete surfaces and their roles in geometry, art, and design.

FSViewFusion generates realistic 3D views from limited images effectively.

Learn how VBD enhances simulations of soft materials in games and films.

Our method eliminates self-intersections in 3D body shapes and poses.

The Lennard-Jones Layer enhances point cloud distribution for better 3D shape analysis.

RAIN-GS improves 3DGS performance with better initialization and filtering techniques.

A new method enhances realistic human images by focusing on hand generation.