Uncertainty Estimation for Dense Stereo Matching using Bayesian Deep Learning
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![Figure 2.1: Simplification of the matching process with known stereo calibration. (a) The relation of a stereo image pair with known intrinsic and relative orientation can be described via epipolar geometry, where O 0 , O 00 are the projection centres and](https://thumb-eu.123doks.com/thumbv2/1library_info/19327328.0/18.892.96.762.117.332/simplification-matching-calibration-relation-intrinsic-orientation-described-projection.webp)
![Figure 2.2: Relation between a stereo image pair, a cost volume and cost curves. If not otherwise specified, a cost volume refers to the left image of a planar rectified stereo image pair](https://thumb-eu.123doks.com/thumbv2/1library_info/19327328.0/19.892.119.798.109.266/figure-relation-stereo-volume-curves-specified-volume-rectified.webp)
![Figure 2.3: Principle of convolutional and pooling operations. In this exemplary setup, a 2D convo- convo-lutional layer, consisting of multiple 3x3 filter kernels, is followed by an activation function to compute an intermediate feature map from a given i](https://thumb-eu.123doks.com/thumbv2/1library_info/19327328.0/26.892.157.720.107.357/principle-convolutional-operations-exemplary-lutional-consisting-activation-intermediate.webp)
![Figure 2.4: Overview of the GC-Net architecture. Performing four major processing steps (feature extraction, cost volume construction, cost volume optimisation, disparity map extraction), GC-Net presented by Kendall et al](https://thumb-eu.123doks.com/thumbv2/1library_info/19327328.0/28.892.89.790.104.310/overview-architecture-performing-processing-extraction-construction-optimisation-extraction.webp)
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