| Naslov
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Infrared Tiny Object Detection Using Semi-Supervised Learning and Data Augmentation (Article; Early Access)
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| Autori
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Zhang Bin Wu Liangshun Wang Yuguo Peng Ling Hu Juan Jiang Dawei
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| Info |
INTERNATIONAL JOURNAL OF PATTERN RECOGNITION AND ARTIFICIAL INTELLIGENCE, (2025), vol. br. , str. -
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| Projekat
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President's Fund of Xinjiang University of Political Science and Law-"Research on Small Target Detection in Large-Scale Scenes of Nanjiang" [XZZK2022002]; China Higher Education Institution Industry-University-Research Innovation Fund-Joint Special Project (Phase VI:Yaocheng Digital-Intelligence Education Program)-A Real-Time Early Warning and Precision Profiling Evaluation Mechanism for Practice-Based Teach; 2025 Shandong Province Youth Natural Science Research Project-"Research on Key Technologies for Small Target Detection in Complex Scenarios" [WLZR25001]; 2025 Shandong Province Basic and Applied Basic Research Project-"Research on Small Target Detection in Large-scale Scenarios" [WL-JC25008]; 2025 Shandong Province Project on Artificial Intelligence in Teaching and Education Applications-Exploration and Practice of Industry-"Education Integration Mechanism Under the Background of AI + Education" [WL-AIJ2504003]; Special Project for AI-Enabled Higher Education Research in 2025-"Commercial Value Transformation Pathways of AI-Enabled Educational Application Scenarios from the Perspective of Industry-Education Integration" [WL-AIGJ25002]; Special Project for AI-Enabled Higher Education Research in 2025-"AI-Enabled Communication Instruction for Children with Autism Spectrum Disorder" [WL-AIGJ25012]; 2025 Open Project of Key Laboratory of Computational Neuroscience and Brain-Inspired Intelligence (Fudan University); Ministry of Education: "Brain-Inspired Federated Learning Methods for Edge Intelligence"; Open Fund of Guizhou Key Laboratory of Artificial Intelligence and Brain-inspired Computing [AILKF20250103] |
| Ispravka
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Web of Science
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