Latest Articles for Computer Graphics

New method improves curvature estimation on polygon meshes for better graphics representation.

A new approach to manage self-intersections and improve collision detection in graphical simulations.

MultiPlaneNeRF simplifies 3D modeling from images, offering fast and efficient results.

Synthetic images help improve face recognition while addressing data collection issues.

An analysis of Julia sets and their behavior in the Mandelbrot set.

A new method improves geometric graph efficiency for various applications.

This article presents an innovative way to create 3D models using GANs.

Learn how LDM3D brings text prompts to life with stunning 3D images and depth maps.

Learn how AFM reshapes meshes while preserving their structure.

Learn how fractal interpolation improves data representation and analysis.

An overview of circuit polynomials and their significance in point arrangements.

Polyhedral splines simplify the creation of smooth surfaces in various applications.

Discover how regularized distances improve shape analysis and geometry processing.

Learn how subdivision schemes create smooth curves and surfaces in design.

Insights into how light reflects off surfaces submerged in liquids.

This article explores how frameworks can be flexible or rigid based on their structure.

Cubic B-splines improve precision and flexibility in computational geometry.

Explore the role of generalized barycentric coordinates in geometry and its applications.

R-IFSs combine rotation, reflection, and contraction to create complex fractal shapes.

A new method to speed up ray tracing rendering significantly.

Exploring the walk-on-boundary method for efficient boundary value problem solutions.

Introducing a reliable method for assessing NeRF performance and quality.

A new method improves image rendering speed and quality.

A new method improves the quality of 3D models from text.

Discover how neural path tracing and IPUs enhance graphic rendering.

A novel approach to efficiently list paths on polyhedral surfaces.

ReSDF enhances the creation of signed distance functions using deep learning techniques.

An overview of complex mathematical structures in three-dimensional spaces.

NeRF turns flat images into realistic 3D scenes, revolutionizing various industries.

Exploring the significance of geometrically continuous splines in various applications.

A new technique reassembles broken 3D items using shape and surface matching.

Blendstrings provide smooth, accurate function representations in various fields.

New method improves 3D modeling efficiency using just one image.

A novel technique enhances the rendering of shiny surfaces in real-time applications.

A new sampling method enhances the efficiency of rendering in computer graphics.

Explore the pentagon equation and its applications in geometry and beyond.

A novel method improves the quality and versatility of NeRF models.

A new method improves hair reconstruction for gaming, movies, and virtual meetings.

Learn how local deformation improves 3D shape editing for artists.

Discover a method to control image generation through internal model signals.