Self-attention and Online Hard Example Mining Based Network for Marine Microalgae Detection

Qizhi Zhang, Xiaohai He, Wangming Zeng, Zhengyong Wang, Honggang Chen
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Abstract

With the utilization and exploitation of marine resources, the consciousness of protecting the environment is rising, and the classification and localization of marine microalgae is a good solution. In this regard, we propose self-attention and online hard example mining based network for marine microalgae detection, which is based on Cascade-RCNN network. First, the Mixup method is introduced to enhance and augment data. In the backbone network, Transformer self-attention and feature pyramid network (FPN) are introduced to make the model getting stronger feature extraction ability and can adapt to objects of multi-scale. By introducing online hard example mining (OHEM) method, the training can be completed under the condition of imbalanced data distribution. We also use multi-scale training and multi-scale testing methods to improve the training performance of the model. Through experiments on the marine microalgae dataset provided by IEEE UV 2022 “Vision Meets Algae” Object Detection Challenge, compared with the baseline network, our proposed method improves by 3.97%.
基于自关注和在线硬例挖掘的海洋微藻检测网络
随着海洋资源的利用和开发,保护环境的意识日益增强,对海洋微藻进行分类和定位是一个很好的解决方案。为此,我们提出了一种基于Cascade-RCNN网络的基于自关注和在线硬例挖掘的海洋微藻检测网络。首先,引入Mixup方法增强和扩充数据。在骨干网中引入Transformer自关注和特征金字塔网络(FPN),使模型具有更强的特征提取能力,能够适应多尺度对象。通过引入在线硬例挖掘(OHEM)方法,可以在数据分布不平衡的情况下完成训练。我们还采用了多尺度训练和多尺度测试的方法来提高模型的训练性能。通过在IEEE UV 2022“视觉遇见藻类”目标检测挑战赛提供的海洋微藻数据集上的实验,与基线网络相比,我们提出的方法提高了3.97%。
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