Latest Articles for Computer Graphics

An overview of geodesic and topological complexity in cube navigation.

Transforming simple text into lifelike 3D avatars with innovative methods.

New methods aim to improve soccer broadcasts with advanced visual techniques.

New method improves color consistency in gray-scale image colorization.

Discover the significance and applications of logharmonic mappings in mathematics.

An overview of important coordinate systems used in geometry and their applications.

Exploring the fundamental role of surfaces in various fields.

New method improves surface extraction from neural unsigned distance fields.

A new method improves data visualization with minimal memory use.

A new approach to surface modeling using neural networks.

A new method improves view synthesis by separating reshading and pixel relocation.

Explore how fractal interpolation functions model complex patterns in various fields.

Neural networks improve the accuracy and efficiency of 3D surface reconstruction from point clouds.

Examining B acklund transformations and their role in discrete geometry and surface study.

A new framework leverages quadrics for efficient 3D shape modeling.

A new method improves 3D modeling accuracy and detail with density gradients.

New methods improve the creation of detailed 3D objects efficiently.

This paper discusses improvements in aligning point clouds using optimal transport methods.

New methods improve inverse rendering through innovative optimization techniques.

A new method generates high-quality human face images from minimal input.

Exploring the impact of higher-order kernels on fluid and solid simulations.

FG-NeRF enhances 3D rendering by improving uncertainty estimation in complex scenes.

New engine improves efficiency in 3D point cloud processing with Sparse Convolution.

New methods enhance speed and efficiency in 3D rendering.

A review of shape modeling techniques in immersive environments.

Exploring hybrid neural fields for efficient 3D scene representation.

A method for improved visualization of scattered data in particle dynamics.

A method to compare smooth curves in various applications.

A look into solving differential equations using symmetric spaces.

A new method enhances shadow generation for more realistic 3D character models.

A look into the uniqueness of minimal surfaces in hyperbolic geometry.

This dataset advances evaluation methods for realistic 3D object rendering.

DirDist offers a better way to measure differences between 3D shapes without point correspondences.

A model creates realistic 3D shapes from various inputs rapidly.

Exploring methods to study overlapping curves in geometry and algebra.

New method enables realistic 3D rendering from regular photos.

New methods improve smoothness in curves despite noisy data challenges.

This article presents a simpler way to render fabric details effectively.

A new method accelerates rendering of volumetric materials, enhancing quality and speed.

A new method improves the accuracy of recovering human meshes from images.