基于直方图统计的神经网络目标检测算法

Shuai Jiang, Yalong Pang, Lu-yuan Wang, Ji-yang Yu, Bowen Cheng, Zongling Li
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引用次数: 0

摘要

针对传统目标检测算法适应性差和深度学习算法计算资源大的问题,提出了一种基于直方图统计的BP神经网络目标检测算法。它基于相似区域具有相似直方图的原理。该算法将二维图像信息转换为一维直方图信息。我们建立了一个三层神经网络模型,并将直方图作为BP神经网络的输入。与传统的目标检测算法相比,其复杂度低,效率和精度高。实验结果表明,分类类别越少,目标检测概率越高。BP神经网络的计算复杂度较低,因此计算效率相当高。SAR和光学图像的目标识别准确率均高于97%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Target Detection Algorithm of Neural Network Based on Histogram Statistics
Aiming at the problems of poor adaptability of traditional target detection algorithms and high computational resources of deep learning algorithms, a BP neural network target detection algorithm based on histogram statistics is proposed. It is based on the principle that similar areas have similar histograms. In this algorithm, the two-dimensional image information converts to the one-dimensional histogram information. We establish a three-layer neural network model, and the histogram is used as the input of the BP neural network. Compared to the traditional target detection algorithms, its complexity is low, and its efficiency and accuracy is high. The experimental results show that the fewer classification categories, the higher target detection probability. The computational complexity of the BP neural network is low, so the computational efficiency is quite high. The accuracy of target recognition is higher than 97% with SAR and optical images.
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