Computer graphics research has always pushed the boundaries of software and hardware, forcing us to ask the question: “If the technology were fast enough, what else could be done?” Thankfully, as ...

Differentiable rendering has emerged as a pivotal suite of techniques bridging computer graphics with optimised, gradient‐based methodologies. By computing derivatives of rendering outputs with ...

Graphics hardware solves a range of rendering problems. The power behind recent graphics hardware, usually a card or board, has been driven in part by computer gamers who want fast, colorful action, ...

Computer scientists have come up with a new simple, accurate way to simulate the appearance of fabric that could change the way artists and animators in the film and computer game industries go about ...

The field of computer graphics has witnessed a transformative shift in real-time rendering through the integration of neural network methodologies. Traditionally, rendering pipelines relied on ...

It's already nigh on impossible to pick computer generated graphics in the latest blockbusters, but the job is set to get even harder thanks to researchers who have developed a graphics algorithm that ...

The creation of computer graphics has evolved dramatically as computers have become commonplace in homes around the world. Computers today are more powerful, smaller and quieter than those in the past ...

At the birth of the computer era, the IBM PC became the standard computer in large part due to its modular architecture with interchangeable components. Like the original IBM, every modern PC's ...

At the Neural Information Processing Conference in Montreal, Canada, Nvidia researchers demonstrated that they could use the power of artificial intelligence to render synthetic, yet realistic, scenes ...