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<p>Embodied visual exploration is critical for building intelligent visual agents. This paper presents the neural exploration with feature-based visual odometry and tracking-failure-reduction policy (NeOR), a framework for embodied visual exploration that possesses the efficient exploration capabilities of deep reinforcement learning (DRL)-based exploration policies and leverages feature-based visual odometry (VO) for more accurate mapping and positioning results. An improved local policy is also proposed to reduce tracking failures of feature-based VO in weakly textured scenes through a refined multi-discrete action space, keyframe fusion, and an auxiliary task. The experimental results demonstrate that NeOR has better mapping and positioning accuracy compared to other entirely learning-based exploration frameworks and improves the robustness of feature-based VO by significantly reducing tracking failures in weakly textured scenes.</p>

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NeOR: neural exploration with feature-based visual odometry and tracking-failure-reduction policy

  • 期刊论文

  • 发表日期：

    2025年4月3日

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  • Ziheng Zhu,
  • Jialing Liu,
  • Kaiqi Chen,
  • Qiyi Tong,
  • Ruyu Liu

摘要

Embodied visual exploration is critical for building intelligent visual agents. This paper presents the neural exploration with feature-based visual odometry and tracking-failure-reduction policy (NeOR), a framework for embodied visual exploration that possesses the efficient exploration capabilities of deep reinforcement learning (DRL)-based exploration policies and leverages feature-based visual odometry (VO) for more accurate mapping and positioning results. An improved local policy is also proposed to reduce tracking failures of feature-based VO in weakly textured scenes through a refined multi-discrete action space, keyframe fusion, and an auxiliary task. The experimental results demonstrate that NeOR has better mapping and positioning accuracy compared to other entirely learning-based exploration frameworks and improves the robustness of feature-based VO by significantly reducing tracking failures in weakly textured scenes.