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SupplementaryMaterialfor MonoSDF: ExploringMonocularGeometricCues forNeuralImplicitSurfaceReconstruction

Neural Information Processing Systems

In this section, we first present an overview of 4 different architectures for neural implicit scene representations anddetails ofMulti-Res. See Figure 1 for an overview over the architectures. More specifically, each grid contains up toT feature vectors with dimensionalityF. We further reportNormal Consistencyfor the Replica dataset following [9,13,18,19,23,32] as near-perfect ground truth is available. We observe that using more input views for training improves reconstruction quality.


Supplementary Material for MonoSDF: Exploring Monocular Geometric Cues for Neural Implicit Surface Reconstruction Zehao Y u

Neural Information Processing Systems

Grids in Section 1.1 and provide details of the depth loss In the following, we provide details for Multi-Res. For our single MLP architecture, we use an 8-layer MLP with hidden dimension 256. We use a two-layer MLP with hidden dimension 256 for the SDF prediction for both, Single-Res. For the DTU dataset [1], we follow the official evaluation protocol and report the reconstruction quality with: Accuracy, Completeness and Chamfer Distance . Distance is the mean of Accuracy and Completeness .