Water Surface Targets Recognition and Tracking Based on Improved YOLO and KCF Algorithms

Zhongli Ma, Yaohan Zeng, Lili Wu, Linshuai Zhang, Jiadi Li, Huixin Li
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引用次数: 2

Abstract

Main problems in the recognition and tracking of water surface targets include the recognition omission or error of small targets, and the bigger tracking error of occluded targets etc., This paper uses an improved YOLO v3 and KCF algorithms to obtain the accurate recognition and real-time tracking of water surface multi-target. Firstly, the water surface targets data set is established and preprocessed; then the improved YOLO v3 network based on Inception module is used to extract and identify the fine feature information of water surface targets. Next, the KCF algorithm is improved by using confidence judgment mechanism to avoid big tracking error for blocked target. Finally, combined with the data association algorithm, improved KCF can complete multi-target tracking. The test results show that the proposed recognition and tracking algorithm can recognize and track multiple targets on water surface and in the air accurately and continuously.
基于改进YOLO和KCF算法的水面目标识别与跟踪
水面目标识别与跟踪中存在的主要问题有小目标的识别遗漏或错误、遮挡目标的跟踪误差较大等,本文采用改进的YOLO v3算法和KCF算法实现水面多目标的准确识别与实时跟踪。首先,建立水面目标数据集并进行预处理;然后利用基于Inception模块的改进YOLO v3网络对水面目标的精细特征信息进行提取和识别。其次,利用置信度判断机制对KCF算法进行改进,避免对被阻塞目标产生较大的跟踪误差;最后,结合数据关联算法,改进的KCF可以完成多目标跟踪。实验结果表明,所提出的识别跟踪算法能够准确、连续地识别和跟踪水面和空中多个目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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