Latest Articles for Computer Graphics

A new method allows easy creation of lifelike avatars from limited images.

A look into adaptable mathematical tools for complex pattern modeling.

Discover how meshfree methods improve fluid simulation accuracy by conserving mass and volume.

New mask-based training method improves 3D modeling accuracy and versatility.

New method enhances texture generation for realistic 3D models, improving efficiency and quality.

A new challenge aims to improve finding 3D animal models using sketches.

Factorized Inverse Path Tracing improves efficiency and accuracy in rendering materials and lighting.

PointCLIMB allows machines to learn from point clouds without losing past knowledge.

ALR-GAN improves image quality and layout from text descriptions efficiently.

Discover how Photon Field Networks transform volume visualization with speed and clarity.

A look at the cut locus and its significance in various fields.

A new model combines deep learning and editing tools for artistic terrain creation.

A new method boosts collision detection for non-convex objects in robotics simulations.

Nerfbusters enhances casual NeRF captures by reducing artifacts and improving geometry.

A look into how neurosymbolic models combine programming and machine learning in graphics.

This method provides consistent normal orientations for point clouds using winding numbers.

Pointersect simplifies point cloud rendering, enabling new applications across various fields.

LIRF enhances image quality for unseen scenes in virtual and augmented reality.

Generate diverse 3D scenes from a single image without needing extensive training data.

A new method combines neural and physics-based techniques for better object modeling.

Learn how GANs are transforming the creation of 3D objects and environments.

This research improves NeRF generation using advanced diffusion models.

A new method creates realistic 3D images without precise camera details.

A look at the nearest neighbor problem for polygonal curves and Fréchet distance.

A new model enhances image restoration quality effectively and coherently.

Learn how to build a ray tracing engine using Java and TornadoVM.

A novel method generates realistic 3D models from single images quickly.

New method enhances user control in 3D model creation.

A new method combines low-resolution speed with high-resolution detail for facial animations.

An overview of lattice tetrahedra and their classification through multi-width and affine equivalence.

This work focuses on improving 3D modeling through learnable coordinate transformations.

Discover the connection between dancing polygons and rolling movements.

A new method improves image quality for reflective scenes in computer graphics.

A new method enhances how robots observe and cover areas effectively.

Learn about symmetric low-degree splines and their applications in various fields.

Learn how NerfAcc enhances NeRF rendering through better sampling methods.

A novel approach to clean 3D models by reducing noise while preserving details.

Learn how stochastic texture filtering enhances graphics quality and rendering speed.

Distributed FrameBuffer improves rendering efficiency for large datasets across multiple computers.

A new method for creating lifelike digital faces with limited data.