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Smart city article details

Title A Novel Approach For Real-Time Vehicle Re-Identification Using Content-Based Image Retrieval With Relevance Feedback
ID_Doc 3230
Authors Shankaranarayan N.; Sowmya Kamath S.
Year 2023
Published Springer Proceedings in Mathematics and Statistics, 401
DOI http://dx.doi.org/10.1007/978-3-031-15175-0_16
Abstract Automated smart traffic surveillance systems constitute a significant part of smart city environments and have attracted significant research attention in recent years. Vehicle re-identification is a major challenge in automated traffic surveillance systems in smart city environments. Vehicle re-identification is the process of retrieving instances of the target vehicle given a gallery of numerous vehicle images. Though multiple models were proposed to perform the task of vehicle re-identification, the models struggle in terms of real-world implementation because of their complexity and computational requirements. This is mainly due to the focus on computation-heavy feature extraction processes, along with complex pre-processing and post-processing steps. To address these issues, an approach incorporating content-based image retrieval techniques with deep neural models that are computationally efficient is proposed. The approach also considers relevance feedback during the post-processing phase. Experimental results reveal that the incorporation of relevance feedback technique as a post-processing technique in vehicle re-identification helps achieve significant improvement in terms of mean average precision and Rank@k. © 2023, The Author(s), under exclusive license to Springer Nature Switzerland AG.
Author Keywords Content-based image retrieval; Deep neural models; Relevance feedback; Vehicle re-identification


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