Research on deep learning technology to analyze the behavior of multi-target objects

Jia-lin Xu
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Abstract

In multi-target tracking technology, the application of deep learning technology can effectively improve the accuracy of target detection, but because the target movement is irregular, the shooting Angle and viewpoint will change, and there is occlusion between the targets, which will affect the final detection results. Therefore, after understanding the theory of multi-target tracking technology with detection and tracking as the core, researchers focus on how to avoid target switching caused by false detection or missing detection, and associate multiple target detection information in the video with historical trajectories. On the basis of understanding the research status of multi-target tracking technology, this paper proposes a multi-target detection algorithm and association method with deep learning as the core. The final experimental results show that the improved network has a positive impact on the accuracy of multi-target detection and can fully meet the requirements of target tracking processing in complex environment.
多目标对象行为分析的深度学习技术研究
在多目标跟踪技术中,应用深度学习技术可以有效提高目标检测的精度,但由于目标运动不规则,射击角度和视点会发生变化,目标之间存在遮挡,影响最终的检测结果。因此,在了解以检测和跟踪为核心的多目标跟踪技术理论后,研究人员将重点放在如何避免因误检或漏检而导致的目标切换,并将视频中的多个目标检测信息与历史轨迹关联起来。在了解多目标跟踪技术研究现状的基础上,本文提出了一种以深度学习为核心的多目标检测算法和关联方法。最后的实验结果表明,改进后的网络对多目标检测精度产生了积极的影响,能够完全满足复杂环境下目标跟踪处理的要求。
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