Next
Livestream will start soon!
Livestream has already ended.
Presentation has not been recorded yet!
  • title: MAGANet: Achieving Combinatorial Generalization by Modeling a Group Action
      0:00 / 0:00
      • Report Issue
      • Settings
      • Playlists
      • Bookmarks
      • Subtitles Off
      • Playback rate
      • Quality
      • Settings
      • Debug information
      • Server sl-yoda-v2-stream-005-alpha.b-cdn.net
      • Subtitles size Medium
      • Bookmarks
      • Server
      • sl-yoda-v2-stream-005-alpha.b-cdn.net
      • sl-yoda-v2-stream-005-beta.b-cdn.net
      • 1034628162.rsc.cdn77.org
      • 1409346856.rsc.cdn77.org
      • Subtitles
      • Off
      • English
      • Playback rate
      • Quality
      • Subtitles size
      • Large
      • Medium
      • Small
      • Mode
      • Video Slideshow
      • Audio Slideshow
      • Slideshow
      • Video
      My playlists
        Bookmarks
          00:00:00
            MAGANet: Achieving Combinatorial Generalization by Modeling a Group Action
            • Settings
            • Sync diff
            • Quality
            • Settings
            • Server
            • Quality
            • Server

            MAGANet: Achieving Combinatorial Generalization by Modeling a Group Action

            Jul 24, 2023

            Speakers

            GH

            Geonho Hwang

            Speaker · 0 followers

            JC

            Jaewoong Choi

            Speaker · 0 followers

            HC

            Hyunsoo Cho

            Speaker · 0 followers

            About

            Combinatorial generalization refers to the ability to collect and assemble various attributes from diverse data to generate novel unexperienced data. This ability is considered a necessary passing point for achieving human-level intelligence. To achieve this ability, previous unsupervised approaches mainly focused on learning the disentangled representation, such as the variational autoencoder. However, recent studies discovered that the disentangled representation is insufficient for combinator…

            Organizer

            I2
            I2

            ICML 2023

            Account · 650 followers

            Like the format? Trust SlidesLive to capture your next event!

            Professional recording and live streaming, delivered globally.

            Sharing

            Recommended Videos

            Presentations on similar topic, category or speaker

            Self-supervised learning of Split Invariant Equivariant representations
            05:15

            Self-supervised learning of Split Invariant Equivariant representations

            Quentin Garrido, …

            I2
            I2
            ICML 2023 2 years ago

            Total of 0 viewers voted for saving the presentation to eternal vault which is 0.0%

            Scaling Up Dataset Distillation to ImageNet-1K with Constant Memory
            04:37

            Scaling Up Dataset Distillation to ImageNet-1K with Constant Memory

            Justin Cui, …

            I2
            I2
            ICML 2023 2 years ago

            Total of 0 viewers voted for saving the presentation to eternal vault which is 0.0%

            Ske2Grid: Skeleton-to-Grid Representation Learning for Action Recognition
            05:01

            Ske2Grid: Skeleton-to-Grid Representation Learning for Action Recognition

            Dongqi Cai, …

            I2
            I2
            ICML 2023 2 years ago

            Total of 0 viewers voted for saving the presentation to eternal vault which is 0.0%

            MALTS: Matching After Learning to Stretch
            04:04

            MALTS: Matching After Learning to Stretch

            Harsh Parikh

            I2
            I2
            ICML 2023 2 years ago

            Total of 0 viewers voted for saving the presentation to eternal vault which is 0.0%

            Functional Neural Networks: Shift invariant models for functional data with applications to EEG classification
            05:07

            Functional Neural Networks: Shift invariant models for functional data with applications to EEG classification

            Florian Heinrichs, …

            I2
            I2
            ICML 2023 2 years ago

            Total of 0 viewers voted for saving the presentation to eternal vault which is 0.0%

            The Dormant Neuron Phenomenon in Deep Reinforcement Learning
            04:50

            The Dormant Neuron Phenomenon in Deep Reinforcement Learning

            Ghada Sokar, …

            I2
            I2
            ICML 2023 2 years ago

            Total of 0 viewers voted for saving the presentation to eternal vault which is 0.0%

            Interested in talks like this? Follow ICML 2023