Multi Target Detection of UAV Video Based on Deep Convolution Neural Network

Xuejun Wang, Zhiguo Zhou, Yun Li
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引用次数: 3

Abstract

Aiming at the existing multi-target detection algorithm in UAV shooting dynamic scene effect is not good, Color similarity problem, Athletes block each other. In this paper, a region compensation method based on fixed background is to propos detect multiple players in soccer video captured by UAV. Through Effective marking of targets in aerial images and the framework construction of deep convolution network. The difference processing of two adjacent frames, the changing and unchanging regions in the image are distinguished, and different regions are given different update rates and added to the background frame, in order to achieve faster background reconstruction. Experimental results in different video sequences, the detection accuracy of the algorithm is more than 90% on average. The algorithm processing has real-time, accuracy and stability of target detection.
基于深度卷积神经网络的无人机视频多目标检测
针对现有多目标检测算法在无人机拍摄动态场景效果不佳、色彩相似度高、运动员相互遮挡等问题。本文提出了一种基于固定背景的区域补偿方法,对无人机拍摄的足球视频进行多球员检测。通过对航拍图像中目标的有效标记和深度卷积网络的框架构建。对相邻的两帧进行差分处理,区分图像中的变化区域和不变区域,对不同的区域给予不同的更新速率并添加到背景帧中,以实现更快的背景重建。实验结果表明,在不同的视频序列中,该算法的检测准确率平均在90%以上。该算法处理具有目标检测的实时性、准确性和稳定性。
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