A curated list of key papers and resources on implicit neural representations, a novel approach to parameterizing signals as continuous functions.
Awesome Implicit Neural Representations is a curated GitHub repository listing essential papers, tutorials, and resources on implicit neural representations (INRs). INRs are a novel way to parameterize signals—such as images, 3D geometry, and audio—as continuous functions mapped by neural networks, enabling resolution-independent and memory-efficient representations. The repository serves as an educational entry point for researchers and students exploring this intersection of neural networks, computer vision, and graphics.
Graduate students, researchers, and practitioners in computer vision, graphics, and machine learning who want to understand the fundamentals and state-of-the-art in implicit neural representations and neural rendering.
It provides a carefully selected, foundational set of resources curated by an active researcher, helping newcomers avoid information overload and quickly grasp key concepts and papers that have shaped the field.
A curated list of resources on implicit neural representations.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Curated by Vincent Sitzmann, a leading researcher in the field, ensuring selection of foundational papers that introduce key concepts, as noted in the disclaimer.
Includes interactive Google Colab notebooks for immediate experimentation with SIREN, NeRF, and meta-learning, facilitating practical learning without setup hassle.
Organizes papers by subfields like geometry representation and dynamic scenes, making it easier to navigate and study specific topics systematically.
Designed to guide students and newcomers, providing a solid foundation rather than overwhelming details, as emphasized in the philosophy section.
The curator explicitly states it does not aim to be exhaustive and will not merge pull requests, so it misses many relevant papers in this rapidly growing field.
Reflects the curator's own research interests and includes their papers, potentially overlooking important work from other groups or alternative perspectives.
Lack of community updates means the list may become outdated as the field evolves, limiting its usefulness for tracking cutting-edge developments.