Research of Deep Learning-Based Multi Object Classification and Tracking for Intelligent Manager System

June-Hwan Lee
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Abstract

Recently, intelligent control systems are developing rapidly in various application fields, and methods for utilizing technologies such as deep learning, IoT, and cloud computing for intelligent control systems are being studied. An important technology in an intelligent control system is recognizing and tracking objects in images. However, existing multi-object tracking technology has problems in accuracy and speed. In this paper, a real-time intelligent control system was implemented using YOLO v5 and YOLO v6 based on a one-shot architecture that increases the accuracy of object tracking and enables fast and accurate tracking even when objects overlap each other or when there are many objects belonging to the same class. The experiment was evaluated by comparing YOLO v5 and YOLO v6. As a result of the experiment, the YOLO v6 model shows performance suitable for the intelligent control system.
基于深度学习的智能管理系统多目标分类与跟踪研究
近年来,智能控制系统在各个应用领域发展迅速,人们正在研究如何将深度学习、物联网、云计算等技术应用于智能控制系统。在智能控制系统中,识别和跟踪图像中的目标是一项重要技术。然而,现有的多目标跟踪技术在精度和速度上存在问题。本文利用YOLO v5和YOLO v6实现了一种基于一次射击结构的实时智能控制系统,提高了目标跟踪的精度,即使在物体相互重叠或有许多属于同一类的物体时也能快速准确地跟踪。通过比较YOLO v5和YOLO v6对实验进行评价。实验结果表明,YOLO v6模型具有适用于智能控制系统的性能。
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