Lena Zellinger
@lenazellinger.bsky.social
📤 1973
📥 759
📝 1
ELLIS PhD student at the University of Edinburgh
https://lenazellinger.github.io/
reposted by
Lena Zellinger
uai2025
4 months ago
and to
@leanderk.bsky.social
@paolomorettin.bsky.social
Roberto Sebastiani,
@andreapasserini.bsky.social
@nolovedeeplearning.bsky.social
for the ✨Best Student Paper Runner Up Award✨ for "A Probabilistic Neurosymbolic Layer for Algebraic Constraint Satisfaction" 👉
openreview.net/forum?id=9Uk...
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A Probabilistic Neuro-symbolic Layer for Algebraic Constraint...
In safety-critical applications, guaranteeing the satisfaction of constraints over continuous environments is crucial, e.g., an autonomous agent should never crash over obstacles or go off-road....
https://openreview.net/forum?id=9UkxftKU4I
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reposted by
Lena Zellinger
antonio vergari ⚔️ short-circuiting
5 months ago
24 hours more to submit your latest papers on
#TPMs
!
add a skeleton here at some point
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reposted by
Lena Zellinger
Emile van Krieken
6 months ago
We propose Neurosymbolic Diffusion Models! We find diffusion is especially compelling for neurosymbolic approaches, combining powerful multimodal understanding with symbolic reasoning 🚀 Read more 👇
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reposted by
Lena Zellinger
Nicola Branchini
6 months ago
🚨 New paper: “Towards Adaptive Self-Normalized IS”, @ IEEE Statistical Signal Processing Workshop. TLDR; To estimate µ = E_p[f(θ)] with SNIS, instead of doing MCMC on p(θ) or learning a parametric q(θ), we try MCMC directly on p(θ)| f(θ)-µ | (variance-minimizing proposal).
arxiv.org/abs/2505.00372
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Towards Adaptive Self-Normalized Importance Samplers
The self-normalized importance sampling (SNIS) estimator is a Monte Carlo estimator widely used to approximate expectations in statistical signal processing and machine learning. The efficiency of S...
https://arxiv.org/abs/2505.00372
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reposted by
Lena Zellinger
Adrián Javaloy
6 months ago
Today we have
@lennertds.bsky.social
from KU Leuven teaching us how to adapt NeSy methods to deal with sequential problems 🚀 Super interesting topic combining DL + NeSy + HMMs! Keep an eye on Lennert's future works!
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It’s great to have
@wouterboomsma.bsky.social
talking at UoE today! Happening at 2pm at EFI 2.35.
7 months ago
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reposted by
Lena Zellinger
antonio vergari ⚔️ short-circuiting
7 months ago
the
#TPM
⚡Tractable Probabilistic Modeling ⚡Workshop is back at
@auai.org
#UAI2025
! Submit your works on: - fast and
#reliable
inference -
#circuits
and
#tensor
#networks
- normalizing
#flows
- scaling
#NeSy
#AI
...& more! 🕓 deadline: 23/05/25 👉
tractable-probabilistic-modeling.github.io/tpm2025/
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reposted by
Lena Zellinger
antonio vergari ⚔️ short-circuiting
9 months ago
I am at
@realaaai.bsky.social
#AAAI25
in sunny
#Philadelphia
🌞 reach out if you want to grab coffee and chat about
#probabilistic
#ML
#AI
#nesy
#neurosymbolic
#tensor
#lowrank
models! check out our tutorial 👉
april-tools.github.io/aaai25-tf-pc...
and workshop 👉
april-tools.github.io/colorai/
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reposted by
Lena Zellinger
Adrián Javaloy
9 months ago
Have you ever been curious to try Causal Normalizing Flows for your project but found them intimidating? Say no more 😜 I just released a small library to easily implement and use causal-flows:
github.com/adrianjav/ca...
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GitHub - adrianjav/causal-flows: CausalFlows: A library for Causal Normalizing Flows in Pytorch
CausalFlows: A library for Causal Normalizing Flows in Pytorch - adrianjav/causal-flows
https://github.com/adrianjav/causal-flows
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reposted by
Lena Zellinger
Nicola Branchini
11 months ago
Interested in estimating posterior predictives in Bayesian inference? Really want to know if your approximate inference "is working"? Come to our poster at the NeurIPS BDU workshop on Saturday - see TL;DR below.
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reposted by
Lena Zellinger
antonio vergari ⚔️ short-circuiting
12 months ago
many of the recent successes in
#AI
#ML
are due to
#structured
low-rank representations! but...What's the connection between
#lowrank
adapters,
#tensor
networks,
#polynomials
and
#circuits
? join our
#AAAI25
workshop to know the answer! and 2 more days to submit! 👇👇👇
april-tools.github.io/colorai/
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