结合单列多列神经网络的移动状态人群计数方法研究

MOVING CROWD COUNTING BY INTERGRATING SINGLE AND MULTIPLE COLUMN NEURAL NETWORK

  • 摘要: 已有人群计数方法局限于对人群的全部进行计数,在仅对人群中的移动者进行计数时准确率较低,基于注意力的多阶段深度学习框架被提出以解决这一问题。通过注意力机制适应性地在单列和多列计数网络进行选择,结合单列网络的深层特征表示能力和多列网络多尺度特征学习能力,有效提取人群中移动者的特征。实验结果表明,所提出的方法均方误差(MSE)和平均绝对误差(MAE)皆低于已有人群计数方法,能够有效提高处于移动状态的人群的计数精度。

     

    Abstract: Existing crowd counting methods are limited to counting the integrity of the crowd, the accuracy rate is downgraded when exclusively counting the moving people in the crowd. An attention based multi-stage deep learning framework is proposed to solve this problem. Attention module was adopted to adaptively selects both single-column and multi-column counting networks, combine the deep features of single column network and the multiple scale receptive fields of multiple column network, which effectively extracted features of the moving people. The results show that the proposed method has lower mean square error (MSE) and mean absolute error (MAE) than existing crowd counting methods. The counting accuracy of people on moving is well improved.

     

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