Physics-based shading reconstruction for intrinsic image decomposition
作者:
Highlights:
• We are the first to use photometric invariance and deep learning to address the intrinsic image decomposition task.
• We propose albedo and shading gradient descriptors using physics-based models as novel priors.
• We show that a sparse shading map can be directly calculated from the corresponding RGB image gradients in a learning-free manner.
• We propose a novel deep learning model to leverage the physics-based shading map for the intrinsic image decomposition task.
• We are the first to directly address the color leakage problem in the estimated shading maps.
摘要
•We are the first to use photometric invariance and deep learning to address the intrinsic image decomposition task.•We propose albedo and shading gradient descriptors using physics-based models as novel priors.•We show that a sparse shading map can be directly calculated from the corresponding RGB image gradients in a learning-free manner.•We propose a novel deep learning model to leverage the physics-based shading map for the intrinsic image decomposition task.•We are the first to directly address the color leakage problem in the estimated shading maps.
论文关键词:Intrinsic image decomposition,Shading,Albedo,Invariant image descriptors
论文评审过程:Received 5 September 2020, Revised 4 February 2021, Accepted 10 February 2021, Available online 13 February 2021, Version of Record 23 February 2021.
论文官网地址:https://doi.org/10.1016/j.cviu.2021.103183