一种基于改进GAN的行人轨迹预测算法

A PEDESTRIAN TRAJECTORY PREDICTION ALGORITHM BASED ON IMPROVED GAN

  • 摘要: 为准确预测出行人未来轨迹,提出一种基于改进GAN的行人轨迹预测模型。该模型以观察者相机运动状态向量、行人姿态信息及行人历史轨迹作为输入;在注意力模块中,采用运动注意力机制来衡量观察者相机运动对行人轨迹的影响,采用姿态注意力机制提取人体姿态中的隐藏特征,并采用交互注意力机制来建模行人之间的社交交互;通过生成对抗网络获取预测轨迹。实验验证表明,所提出的模型精度高于目前已有算法。

     

    Abstract: In order to accurately predict the future trajectory of pedestrians, a pedestrian trajectory prediction model based on improved GAN is proposed. The model took the observer's camera motion state vector, pedestrian pose information and pedestrian's historical trajectory as input. In the attention module, the motion attention mechanism was used to measure the impact of the observer's camera motion on the pedestrian's trajectory, and the posture attention mechanism was used to extract the hidden features in the human pose. The interactive attention mechanism was used to model the social interaction between pedestrian. The predicted trajectories were obtained through the generative adversarial network. Experimental results show that the proposed model has higher accuracy than the existing algorithms.

     

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