SOTVerse is a user-defined task space of single object tracking. It allows users to customize SOT tasks according to their research purposes, which on the one hand makes research more targeted, and on the other hand can significantly improve the efficiency of research.
Main Contributions
A 3E paradigm to describe computer vision tasks.
The 3E paradigm aims to describe computer vision tasks by environment, evaluation, and executor: we synthesize the environment and evaluation to form SOTVerse -- a user-defined single object tracking task space, and conduct experiments in this space to judge executors' tracking ability. Definitely, this paradigm can be expanded to comprehensively describe other visual tasks and help users improve their research efficiency.
A comprehensive and user-defined environment.
We organize existing benchmarks to form the environment of SOTVerse, which includes 12.56 million frames and frame-level challenging attribute labels to model the real world. Besides, an environment generation method is available to efficiently help researchers form their own task space.
A thoroughgoing evaluation scheme.
We first point out the limitations of existing systems and indicators through detailed analysis; then design a new evaluation scheme for SOTVerse, which includes two mechanisms and new metrics to satisfy various tasks.
Various experimental executors and detailed analysis.
We conduct extensive experiments in the SOTVerse and perform performance analysis on various executors. Experimental results indicate the shortcoming of existing work and verify the effectiveness of the evaluation scheme in SOTVerse.
Latest News
- [2023.12.20] Recently, we have proposed a bionic drone-based single object tracking benchmark named BioDrone for robust vision research. Now you can download the dataset from the download page via the URL. The BioDrone paper has been accepted by International Journal of Computer Vision (IJCV)!
- [2023.09.22] Recently, we have proposed a new multi-modal global instance tracking benchmark named MGIT. Now you can download the dataset from the download page via the URLs of VideoCube-Tiny. The MGIT paper has been accepted by the 37th Conference on Neural Information Processing Systems (NeurIPS 2023) Track on Datasets and Benchmark!
- [2023.09.12] The SOTVerse paper has been accepted by International Journal of Computer Vision (IJCV)! The paper, experimental results, and toolkit will be updated gradually.
- [2022.04.18] The related paper has been released on arXiv. Please cite our paper if SOTVerse helps your research.
- [2022.03.25] The home page and the instructions page have been released! More information will be available soon.
Publications
Please cite our paper if SOTVerse helps your research.
Organizers
- Shiyu Hu, Center for Research on Intelligent System and Engineering (CRISE), CASIA.
- Xin Zhao, Center for Research on Intelligent System and Engineering (CRISE), CASIA.
- Kaiqi Huang, Center for Research on Intelligent System and Engineering (CRISE), CASIA.
Maintainer
- Xuchen Li, Center for Research on Intelligent System and Engineering (CRISE), CASIA.
Contact
Please contact us if you have any problems or suggestions.