Nvidia research scientists have developed a tool called GANverse3D - an Nvidia Omniverse extension which can be fed a standard 2D object image, a single photo, and create a realistic 3D model. These full 3D models can then be visualised and controlled in virtual environments in Omniverse. Nvidia reckons this rapid 3D modelling tech could be a boon to architects, creators, game developers and designers. While the 3D models might look a little basic (reminds me of N64 graphics) they can be polished up later by 3D artists if required, after prototyping ideas.
The above work comes via the Nvidia AI Research Lab in Toronto. There they have been developing GANverse3D to inflate flat images into realistic 3D models . GAN is an abbreviation of generative adversarial network an increasingly popular AI and ML technology. Combined with real-world data sets the GAN can do a pretty good job of knowing the unknown / unseen aspects of an object. One of the key attractions and advancements of Nv
Nvidia research scientists have developed a tool called GANverse3D - an Nvidia Omniverse extension which can be fed a standard 2D object image, a single photo, and create a realistic 3D model. These full 3D models can then be visualised and controlled in virtual environments in Omniverse. Nvidia reckons this rapid 3D modelling tech could be a boon to architects, creators, game developers and designers. While the 3D models might look a little basic (reminds me of N64 graphics) they can be polished up later by 3D artists if required, after prototyping ideas.
The above work comes via the Nvidia AI Research Lab in Toronto. There they have been developing GANverse3D to inflate flat images into realistic 3D models . GAN is an abbreviation of generative adversarial network an increasingly popular AI and ML technology. Combined with real-world data sets the GAN can do a pretty good job of knowing the unknown / unseen aspects of an object. One of the key attractions and advancements of Nv