Deep Learning Enhanced Multi-Target Detection for End-Edge-Cloud Surveillance in Smart IoT
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A1 Alkuperäisartikkeli tieteellisessä aikakauslehdessä
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en
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9
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IEEE Internet of Things Journal, Volume 8, issue 16, pp. 12588-12596
Abstract
Along with the rapid development of Cloud Computing, IoT, and AI technologies, cloud video surveillance (CVS) has become a hotly discussed topic, especially when facing the requirement of real-time analysis in smart applications. Object detection usually plays an important role for environment monitoring and activity tracking in surveillance system. The emerging edge-cloud computing paradigm provides us an opportunity to deal with the continuously generated huge amount of surveillance data in an on-site manner across IoT systems. However, the detection performance is still far away from satisfactions due to the complex surveilling environment. In this study, we focus on the multi-target detection for real-time surveillance in smart IoT systems. A newly designed deep neural network model called A-YONet, which is constructed by combining the advantages of YOLO and MTCNN, is proposed to be deployed in an end-edge-cloud surveillance system, in order to realize the lightweight training and feature learning with limited computing sources. An intelligent detection algorithm is then developed based on a pre-adjusting scheme of anchor box and a multi-level feature fusion mechanism. Experiments and evaluations using two datasets, including one public dataset and one homemade dataset obtained in a real surveillance system, demonstrate the effectiveness of our proposed method in enhancing training efficiency and detection precision, especially for multi-target detection in smart IoT application developments.Description
Publisher Copyright: IEEE Copyright: Copyright 2021 Elsevier B.V., All rights reserved.
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Zhou, X, Xu, X, Liang, W, Zeng, Z & Yan, Z 2021, 'Deep Learning Enhanced Multi-Target Detection for End-Edge-Cloud Surveillance in Smart IoT', IEEE Internet of Things Journal, vol. 8, no. 16, 9422817, pp. 12588-12596. https://doi.org/10.1109/JIOT.2021.3077449