DetReIDX: A Stress-Test Dataset for Real-World UAV-Based Person Recognition
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arXiv
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| Natura: | Preprint |
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2025
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| author | Hambarde, Kailash A. Mbongo, Nzakiese MP, Pavan Kumar Mekewad, Satish Fernandes, Carolina Silahtaroğlu, Gökhan Nithya, Alice Wasnik, Pawan Rashidunnabi, MD. Samale, Pranita Proença, Hugo |
| author_facet | Hambarde, Kailash A. Mbongo, Nzakiese MP, Pavan Kumar Mekewad, Satish Fernandes, Carolina Silahtaroğlu, Gökhan Nithya, Alice Wasnik, Pawan Rashidunnabi, MD. Samale, Pranita Proença, Hugo |
| contents | Person reidentification (ReID) technology has been considered to perform relatively well under controlled, ground-level conditions, but it breaks down when deployed in challenging real-world settings. Evidently, this is due to extreme data variability factors such as resolution, viewpoint changes, scale variations, occlusions, and appearance shifts from clothing or session drifts. Moreover, the publicly available data sets do not realistically incorporate such kinds and magnitudes of variability, which limits the progress of this technology. This paper introduces DetReIDX, a large-scale aerial-ground person dataset, that was explicitly designed as a stress test to ReID under real-world conditions. DetReIDX is a multi-session set that includes over 13 million bounding boxes from 509 identities, collected in seven university campuses from three continents, with drone altitudes between 5.8 and 120 meters. More important, as a key novelty, DetReIDX subjects were recorded in (at least) two sessions on different days, with changes in clothing, daylight and location, making it suitable to actually evaluate long-term person ReID. Plus, data were annotated from 16 soft biometric attributes and multitask labels for detection, tracking, ReID, and action recognition. In order to provide empirical evidence of DetReIDX usefulness, we considered the specific tasks of human detection and ReID, where SOTA methods catastrophically degrade performance (up to 80% in detection accuracy and over 70% in Rank-1 ReID) when exposed to DetReIDXs conditions. The dataset, annotations, and official evaluation protocols are publicly available at https://www.it.ubi.pt/DetReIDX/ |
| format | Preprint |
| id |
arxiv_https___arxiv_org_abs_2505_04793 |
| institution | arXiv |
| publishDate | 2025 |
| record_format | arxiv |
| spellingShingle | DetReIDX: A Stress-Test Dataset for Real-World UAV-Based Person Recognition Hambarde, Kailash A. Mbongo, Nzakiese MP, Pavan Kumar Mekewad, Satish Fernandes, Carolina Silahtaroğlu, Gökhan Nithya, Alice Wasnik, Pawan Rashidunnabi, MD. Samale, Pranita Proença, Hugo Computer Vision and Pattern Recognition Person reidentification (ReID) technology has been considered to perform relatively well under controlled, ground-level conditions, but it breaks down when deployed in challenging real-world settings. Evidently, this is due to extreme data variability factors such as resolution, viewpoint changes, scale variations, occlusions, and appearance shifts from clothing or session drifts. Moreover, the publicly available data sets do not realistically incorporate such kinds and magnitudes of variability, which limits the progress of this technology. This paper introduces DetReIDX, a large-scale aerial-ground person dataset, that was explicitly designed as a stress test to ReID under real-world conditions. DetReIDX is a multi-session set that includes over 13 million bounding boxes from 509 identities, collected in seven university campuses from three continents, with drone altitudes between 5.8 and 120 meters. More important, as a key novelty, DetReIDX subjects were recorded in (at least) two sessions on different days, with changes in clothing, daylight and location, making it suitable to actually evaluate long-term person ReID. Plus, data were annotated from 16 soft biometric attributes and multitask labels for detection, tracking, ReID, and action recognition. In order to provide empirical evidence of DetReIDX usefulness, we considered the specific tasks of human detection and ReID, where SOTA methods catastrophically degrade performance (up to 80% in detection accuracy and over 70% in Rank-1 ReID) when exposed to DetReIDXs conditions. The dataset, annotations, and official evaluation protocols are publicly available at https://www.it.ubi.pt/DetReIDX/ |
| title | DetReIDX: A Stress-Test Dataset for Real-World UAV-Based Person Recognition |
| topic | Computer Vision and Pattern Recognition |
| url | https://arxiv.org/abs/2505.04793 |