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GET3D (Nvidia)
GET3D (Nvidia)

GET3D (Nvidia)


GET3D (Nvidia)
NV-TLabs is a research group at NVIDIA that focuses on developing novel technologies for computer graphics and vision. The group consists of researchers, engineers, and artists who collaborate on projects that span various domains such as photorealistic rendering, neural rendering, video synthesis, 3D reconstruction, and animation.
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Some of the recent works of NV-TLabs include:

- Neural Radiance Fields (NeRF), a method that uses deep neural networks to represent 3D scenes as continuous functions of 3D coordinates and viewing directions, and enables high-quality novel view synthesis from sparse and unstructured images.
- StyleGAN2-ADA, an improved version of StyleGAN2 that adapts to different data domains using adaptive discriminator augmentation, and achieves state-of-the-art results in generating realistic and diverse images of faces, cars, cats, and more.
- GANcraft, a system that converts block-based 3D models (such as those created in Minecraft) into realistic scenes using generative adversarial networks (GANs), and allows users to interactively edit and explore the generated worlds.

NV-TLabs also maintains a website where they showcase their research outputs, publications, code, and datasets. The website is https://nv-tlabs.github.io/, and it is updated regularly with new content and features. The website also provides links to the social media accounts of NV-TLabs, where they share news and updates about their work.

If you are interested in learning more about NV-TLabs and their research, you can visit their website or follow them on Twitter (@NVTlabs) or YouTube (NVIDIA Research). You can also contact them via email at nv-tlabs@nvidia.com.

  •  It showcases the research projects and publications of NVIDIA Toronto AI Lab, which is a leading group in computer vision and machine learning .
  •  It provides code and data for some of the projects, such as FEGR, GENIE, LION, and GET3D , which can be useful for researchers and practitioners who want to reproduce or build upon the work.
  •  It has a simple and elegant design that is easy to navigate and browse .

  •  It does not have a blog or news section that updates the latest developments and events of the lab .
  •  It does not have a contact or feedback form that allows visitors to communicate with the lab members or ask questions .
  •  It does not have a clear license or terms of use for the code and data that are provided, which may cause confusion or legal issues for the users .

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