Behrad Moniri (@bemoniri) 's Twitter Profile
Behrad Moniri

@bemoniri

PhD student @PennEngineers @Penn working on deep learning theory, advised by @HamedSHassani.

MA in Statistics @Wharton @Penn and BSc in EE @ Sharif, Iran.

ID: 1232031752312557573

linkhttps://bemoniri.com calendar_today24-02-2020 19:57:26

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Behrad Moniri (@bemoniri) 's Twitter Profile Photo

Now that Talagrand has won the Abel Prize, once again I read this biography of him. One aspect that I found very funny is Talagrand's description of Parisi using the replica method to analyze the Sherrington-Kirkpatrick Model :) michel.talagrand.net/longbio.pdf

Now that Talagrand has won the Abel Prize, once again I  read this biography of him.  One aspect that I found very funny is Talagrand's description of Parisi using the replica method to analyze the Sherrington-Kirkpatrick Model :)

michel.talagrand.net/longbio.pdf
Alex Robey (@alexrobey23) 's Twitter Profile Photo

Looking to keep up-to-date with the latest LLM jailbreaking attacks and defenses? Look no further! Introducing JailbreakBench -- a standardized, reproducible benchmark for jailbreaking LLMs.

arXiv math.ST Statistics Theory (@mathstb) 's Twitter Profile Photo

Behrad Moniri, Hamed Hassani: Signal-Plus-Noise Decomposition of Nonlinear Spiked Random Matrix Models arxiv.org/abs/2405.18274 arxiv.org/pdf/2405.18274

Shayan Kiyani (@shayankiyani1) 's Twitter Profile Photo

Conditional validity and length (set size) efficiency are crucial aspects of conformal prediction. We developed CPL, a principled framework that optimizes these two objectives simultaneously. 📄 Paper: arxiv.org/pdf/2406.18814 🖥️ Step-by-Step in Python: tinyurl.com/mr24d3cc

Conditional validity and length (set size) efficiency are  crucial aspects of conformal prediction. We developed CPL, a principled framework that optimizes these two objectives simultaneously.

📄 Paper: arxiv.org/pdf/2406.18814
🖥️ Step-by-Step in Python: tinyurl.com/mr24d3cc
Behrad Moniri (@bemoniri) 's Twitter Profile Photo

We study a nonlinear spiked random matrix model where a nonlinear function is applied elementwise to a noise matrix perturbed by a rank-one signal. We establish a signal-plus-noise decomposition for this model and use it for problems in signal recovery and stochastic block models

We study a nonlinear spiked random matrix model where a nonlinear function is applied elementwise to a noise matrix perturbed by a rank-one signal. We establish a signal-plus-noise decomposition for this model and use it for problems in signal recovery and stochastic block models
Behrad Moniri (@bemoniri) 's Twitter Profile Photo

We propose an automated benchmarking framework for LLMs where the evaluation of models is based on debates between models, judged by another LLM. This method gives rankings that align well with popular rankings based on human input, eliminating the need for human crowdsourcing.

We propose an automated benchmarking framework for LLMs where the evaluation of models is based on debates between models, judged by another LLM. This method gives rankings that align well with popular rankings based on human input, eliminating the need for human crowdsourcing.