Friday I spoke about autoregressive conditional neural processes at the Center for Basic Machine Learning in Life Science #MLLS, which resulted in some super interesting discussion.
Presentation:
https://t.co/drnc2Z7RGY
Paper:
https://t.co/uW11gcmP4R
Late announcement, but I'm excited to announce that my PhD thesis is publicly available! In it I give my thoughts on how to approach variational inference in Bayesian neural nets, deep GPs, including discussion on the marginal likelihood and symmetries.
https://t.co/hZsAndVHeM
I am excited to announce that my book, "Deep Generative Modeling", is available online and in print (@SpringerNature): https://t.co/PkeTCJ0IuN
Code used in the book is freely available online: https://t.co/A7Peb2aERB (1/4)
Excited to announce that my work with @laurence_ai on variational posteriors for deep Wishart processes has been accepted to #NeurIPS2021!
Paper: https://t.co/GTHNoAJ8r3
Come talk to us at location C3 of Poster Session 1 (tomorrow)! (1/n)
In tomorrow's CBL Alumni talk, we're happy to host our former PhD student @markvanderwilk, now assistant professor at @imperialcollege@ICComputing.
More details at
https://t.co/4TdzqLyUwr
Note: We just require attendees to have valid Zoom accounts (no registration required).
@CambridgeMLG is launching a blog, featuring a first two-part post about what keeps a Bayesian awake at night by Richard E. Turner and me. 🧵
https://t.co/Gs8MhzAp6L
Annoyed by migrating from TF to PyTorch or the other way around? Perhaps now is the time for Jax? Then check out https://t.co/3qlEoSSBmB! LAB is a generic interface for linear algebra backends: code it once, run it on any backend. Just `pip install backends` :)
PhD positions in Advanced Machine Learning at Cambridge
Application deadline: noon December 3, 2020.
Details about the application process can be found here:
https://t.co/2SwKfm9V8k
A suggestion to improve post-rebuttal reviewer engagements: don't ask reviewers to score (accept/reject) submissions *before* the rebuttal period, let them do this *after* discussions. By doing so, reviewers are more likely to engage with authors' responses & remain open minded.
My #ICML2020 tutorial videos on "Machine Learning with Signal Processing" are now freely available:
I: https://t.co/FmXlqrlZC5
II: https://t.co/Gxr1dZLzSb
III: https://t.co/NaWrZD3ZFY
IV: https://t.co/wJMUcpKsVJ
Slides: https://t.co/kTUp0oZDpo
I asked GPT-3 to write a response to the philosophical essays written about it by @DrZimmermann, @rinireg @ShannonVallor, @add_hawk, @AmandaAskell, @dioscuri, David Chalmers, Carlos Montemayor, and Justin Khoo published yesterday by @DailyNousEditor. It's quite remarkable!
Thank you all who participated in "Machine Learning with Signal Processing" during the morning run. The second run of the #ICML2020 tutorial will start soon.
Slides for the colour coded parts are now on available on https://t.co/kTUp0oZDpo
@tyrell_turing@_hylandSL Not sure I agree with that. Because of the infinite number of functions, GPs become smoothers and are therefore not as flexible as NNs. I consider them different models; you trade flexibility for good generalisation, inference from little data, and well-calibrated uncertainties.