A curated repository of resources, datasets, and research papers for 3D machine learning, covering computer vision, graphics, and deep learning.
3D Machine Learning is a curated GitHub repository that aggregates resources for the interdisciplinary field combining computer vision, computer graphics, and machine learning. It provides structured access to courses, datasets, and research papers focused on 3D data analysis, synthesis, and understanding. The repository serves as a study notes collection and triaging system for new research in 3D representations like point clouds, meshes, and volumetric data.
Researchers, graduate students, and practitioners working in 3D computer vision, geometric deep learning, and 3D data analysis who need organized access to academic resources and datasets.
It saves significant time by centralizing scattered academic resources into a well-structured repository with clear categorization by 3D representation types and research tasks, facilitating faster literature review and experimentation.
A resource repository for 3D machine learning
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Curates over 50+ 3D model and scene datasets like ModelNet and ScanNet with annotations and benchmarks, providing a wide range for experimentation and evaluation.
Organizes papers by tasks such as pose estimation and segmentation, using icons for representations (e.g., point clouds, meshes), making literature review efficient and focused.
Includes a Slack workspace for global collaboration, as highlighted in the README with an invitation link, facilitating knowledge sharing and networking among researchers.
Covers diverse 3D formats including point clouds, polygonal meshes, and volumetric data, indicated by the icon system and dataset listings for broad applicability.
Primarily lists papers and datasets without providing or maintaining codebases, forcing users to hunt for implementations separately, which can delay prototyping.
Relies heavily on external links to academic papers and datasets that may become outdated or broken over time, as acknowledged in its open knowledge sharing philosophy.
Accepts contributions via pull requests without strict review processes, leading to possible inconsistencies or unverified resources in the repository.