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SupplementaryMaterial: LearningRepresentations fromAudio-VisualSpatialAlignment

Neural Information Processing Systems

These are transformer networks of base dimension 512 and expansion ration 4. In other words,7 the output dimensionality of the linear transformations of parametersWkey,Wqr,Wval,W0 and8 W2 are 512, and that ofW1 is 2048. Models are pre-trained to optimize loss (7) for AVC task or9 (9)forAVTSandAVSAtasks. Asoriginallyproposed,15 lateral connections are implemented with a1 1 convolution that maps all feature maps into a16 128 dimensional space followed by a3 3convolution for increased smoothing. Thus, all pixels for which the state-of-the-art model was less25 than 75% confident were kept unlabeled. These low confidence regions were also ignored while26 computingevaluationmetrics.


LearningRepresentationsfromAudio-Visual SpatialAlignment

Neural Information Processing Systems

While these approaches learn high-quality representations for downstream tasks such as action recognition, their training objectives disregard spatial cues naturally occurring in audio and visual signals.