A curated collection of datasets for Simultaneous Localization and Mapping (SLAM) research, categorized by topic, platform, and environment.
Awesome SLAM Datasets is a curated, open-source list of datasets for Simultaneous Localization and Mapping (SLAM) research. It solves the problem of fragmented and hard-to-find data by providing a centralized, categorized repository of datasets that include crucial ground truth information like pose and maps. This enables researchers and engineers to efficiently find appropriate data for developing, testing, and benchmarking SLAM algorithms.
Robotics researchers, computer vision engineers, and graduate students working on SLAM, visual odometry, 3D mapping, and related perception tasks for autonomous systems.
Developers choose this project because it offers a uniquely comprehensive and meticulously organized collection, saving significant time in dataset discovery. Its structured categorization by topic, sensor, and platform, along with active updates from the research community, makes it the most reliable starting point for SLAM data.
A curated list of awesome datasets for SLAM
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Covers over 70 SLAM datasets with essential metadata like sensors, ground truth availability, and publication links, providing a one-stop resource.
Datasets are meticulously categorized by research topic, platform, and environment, making discovery efficient for specific use cases.
Regularly updated with new datasets from major conferences like ICRA and IROS, as evidenced by the News section with entries up to 2024.
Dedicated section links to open-source tools like evo and OpenVINS for trajectory evaluation and SLAM benchmarking, adding practical value.
Some dataset links are broken or outdated, e.g., the Annotated-laser Dataset is noted as '(Link Broken)', reducing reliability.
The TODO section mentions adding datasets from CVPR 2019, indicating potential gaps and reliance on sporadic community contributions.
It's a static list without dynamic features like search filters or quality ratings, limiting advanced discovery and verification.
Provides only links to external sources, so users must navigate multiple sites for downloads, with varying accessibility and terms.