DB-MVSNet: Unsupervised multi-view 3D reconstruction algorithm with two branches

Jiguang Zheng, Simeng Li, Yasir A. Khan, Yao Li, Hongqiang Lyu, Honggang Wang
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Abstract

Supervised Multi-view 3D reconstruction algorithm based on ground truth data has great limitations in data acquisition cost and method promotion. Several unsupervised 3D reconstruction algorithms have even achieved similar results with supervised MVSNet series algorithms. We continue the work on the basis of previous research. Our DB-MVSNet includes two main tasks: first, the model introduces two parallel branches including depth estimation branch and semantic cluster branch. Secondly, we introduce normal depth in depth estimation branch, and adopt NNet network to realize the consistent propagation. The experimental results show that DB-MVSNet improves the overall performance of unsupervised 3D reconstruction algorithm.
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DB-MVSNet:无监督多视图三维重建算法
基于地真数据的监督式多视图三维重建算法在数据采集成本和方法推广方面存在很大的局限性。几种无监督三维重建算法甚至取得了与有监督MVSNet系列算法相似的结果。我们在先前研究的基础上继续这项工作。我们的DB-MVSNet包括两个主要任务:首先,模型引入了深度估计分支和语义聚类分支两个并行分支。其次,在深度估计分支中引入标准深度,采用NNet网络实现一致性传播;实验结果表明,DB-MVSNet提高了无监督三维重建算法的整体性能。
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