Latest Articles for Video Games

Using AI to enhance character conversations in RPGs for richer gameplay.

This study examines how moving visualizations affect player experience in video games.

A new method improves outdoor lighting and shadows for 3D scenes.

DEEPTalk enhances facial animations by capturing emotional expressions from speech.

Using Vision-Language Models to improve game tutorial quality.

A new method enhances how agents predict future rewards and explain decisions.

AI is transforming game level design through reinforcement learning techniques.

TalkLoRA improves facial animation for characters using speech-driven techniques.

Evaluating how multimodal LLMs can control Atari video games.

A novel approach improves gaze estimation accuracy using multiple datasets.

New method generates realistic 3D human models from single images using advanced video techniques.

A novel approach to enhance 3D scenes with physics.

A new method improves realistic human motion creation through AI.

SC-Phi2 is a small language model designed for efficient gameplay in StarCraft II.

Discover how FlexiTex improves 3D texture generation through visual guidance.

A new technique improves image realism by decoupling color and shape representation.

AI learns decision-making skills using a human-like approach in video games.

This study analyzes how friends affect video game buying choices.

AI is improving game decision-making through semantic clustering techniques.

A new game promotes real-life friendships through playful interactions.

CHANGER enhances head blending for films and games with advanced techniques.

A new approach improves teamwork among game characters with distinct roles.

Discover how Artificial Dopamine mimics brain learning to enhance AI.

BTR advances RL, enabling better video game performance on standard PCs.

This article discusses a framework to improve the clarity of moving images.

Learn how CDIM improves image clarity and restores lost details.

A new method enhances 3D shape completion using transformer models.

KMM enhances how machines replicate human movement for games and videos.

WaLa simplifies the creation of detailed 3D shapes efficiently.

Researchers improve human-like images for better robot training.

Learn how skeleton movements can improve action recognition in various environments.

A new tool helps computers capture dynamic scenes in 3D more accurately.

A new method promises quick 3D image rendering without extensive training.

Learn how Inverse Transition Learning helps computers make better decisions.

A novel approach makes 3D scenes look and behave realistically.

Explore how technology captures dynamic shapes and their changes over time.

TEXGen simplifies the process of generating high-quality textures for 3D models.

G2SDF improves the clarity of 3D images quickly and efficiently.

Discover advancements in rapid 3D object generation from images and text.

New methods simplify adjustments in 3D graphics, enhancing artist creativity.