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The variable anchor box region proposal network based on confidence non-maximum suppression

机译:基于置信度非最大抑制的可变锚箱区域建议网络

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The traditional target detection algorithm based on manual features has achieved good results in the past time, but the computation amount and running speed of the algorithm are not satisfactory. At present, the algorithm based on deep convolutional neural network has become the first choice and widely used. In this paper, attention guidance module is introduced in the detection based on the deep convolutional neural network, which guides the anchor box of region proposal network (RPN), making the selection of anchor box shape and size more effective. At the same time, a confidence factor non-maximum suppression (NMS) method is proposed to solve the problem of false detection and missed detection in the traditional post-processing, which makes a great contribution to the overall performance of the model. In the experiment, we found that our method has good detection performance in both RPN variants and existing advanced algorithms.
机译:基于手动功能的传统目标检测算法在过去的时间内取得了良好的结果,但算法的计算量和运行速度并不令人满意。 目前,基于深度卷积神经网络的算法已成为首选和广泛使用的算法。 在本文中,注意引导模块在基于深度卷积神经网络的检测中引入,其引导区域提案网络(RPN)的锚盒,使得锚箱形状和尺寸更有效。 同时,提出了置信因子非最大抑制(NMS)方法来解决传统后处理中的错误检测和错过检测的问题,这对模型的整体性能产生了巨大贡献。 在实验中,我们发现我们的方法在RPN变体和现有的先进算法中具有良好的检测性能。

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