Weakly Supervised Causal Representation Learning with Johann Brehmer
EPISODE 605
|
DECEMBER
15,
2022
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About this Episode
Today we’re excited to kick off our coverage of the 2022 NeurIPS conference with Johann Brehmer, a research scientist at Qualcomm AI Research in Amsterdam. We begin our conversation discussing some of the broader problems that causality will help us solve, before turning our focus to Johann’s paper Weakly supervised causal representation learning, which seeks to prove that high-level causal representations are identifiable in weakly supervised settings. We also discuss a few other papers that the team at Qualcomm presented, including neural topological ordering for computation graphs, as well as some of the demos they showcased, which we’ll link to below.
About the Guest
Johann Brehmer
Qualcomm AI Research
Thanks to our sponsor Qualcomm AI Research
Qualcomm AI Research is dedicated to advancing AI to make its core capabilities — perception, reasoning, and action — ubiquitous across devices. Their work makes it possible for billions of users around the world to have AI-enhanced experiences on devices powered by Qualcomm Technologies. To learn more about what Qualcomm Technologies is up to on the research front, visit twimlai.com/qualcomm.
Resources
- Weakly supervised causal representation learning
- Neural topological ordering for computation graphs
- Batch Bayesian Optimization on Permutations using the Acquisition Weighted Kernel
- On the symmetries of the synchronization problem in Cryo-EM: Multi-Frequency Vector Diffusion Maps on the Projective Plane
- A PAC-Bayesian Generalization Bound for Equivariant Networks
- FP8 Quantization: The Power of the Exponent
- Deconfounded Imitation Learning
- Challenging Common Assumptions in the Unsupervised Learning of Disentangled Representations
