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Kernel Transformer Networks for Compact Spherical Convolution

CVPR 2019 · Architectures and efficiency › CNN design · approach: Filter design and trained-filter analysis · 124 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Use KTN instead of SphConvSpherical convolution of the MNIST CNN · Spherical MNIST testaccuracy: 98.72 -> 97.94Hurt
Use KTN instead of SphConvFaster R-CNN VGG convolution · Pano2Vid testRMSE: 1.50 -> 1.53Hurt
Use KTN instead of SphConvFaster R-CNN VGG object detection · Pascal VOC 2007 validationaccuracy: 63.54 -> 69.48Helped
Add the 1x1 pointwise convolution that captures cross-channel correlation (ablation)KTN · Spherical convolution accuracyaccuracyHelped
Replace the learned kernel transformation with tangent-plane-to-sphere projectionKTN · Pano2Vid testRMSE: 1.53 -> 4.24Hurt
Share the learned transformation across source CNNs with the same architectureKTN · Pano2VidRMSENo clear effect
Use a learned kernel transformation instead of feature projectionSpherical convolution on deep CNNs · Pano2VidRMSE: 2.46 -> 1.53Helped

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