Jerry Ji (@jerryji2019) 's Twitter Profile
Jerry Ji

@jerryji2019

UofT CS PhD student

ID: 1496578335576510464

linkhttps://jerryji007.github.io calendar_today23-02-2022 20:11:09

3 Tweet

3 Followers

94 Following

Vahid Balazadeh (@vahidbalazadeh) 's Twitter Profile Photo

There's been a lot of success in causal effect estimation using machine learning. But what if point identification is impossible? Our NeurIPS 2022 paper, "Partial Identification of Treatment Effects with Implicit Generative Models," estimates bounds on causal effects instead. 🧵

There's been a lot of success in causal effect estimation using machine learning. But what if point identification is impossible? Our NeurIPS 2022 paper, "Partial Identification of Treatment Effects with Implicit Generative Models," estimates bounds on causal effects instead. 🧵
Michael Cooper (@coopermj_aiml) 's Twitter Profile Photo

📢 New Paper at #UAI2023! 🎉 Dependent censoring presents a *common and substantial* source of bias in modern survival analysis. We show how to use copulas to mitigate this bias. arxiv.org/abs/2306.11912 So what is dependent censoring? And why is it problematic? 🧵👇 (1/n)

📢 New Paper at #UAI2023! 🎉

Dependent censoring presents a *common and substantial* source of bias in modern survival analysis. We show how to use copulas to mitigate this bias.

arxiv.org/abs/2306.11912

So what is dependent censoring? And why is it problematic? 🧵👇 (1/n)
Vahid Balazadeh (@vahidbalazadeh) 's Twitter Profile Photo

Can neural networks learn to map from observational datasets directly onto causal effects? YES! Introducing CausalPFN, a foundation model trained on simulated data that learns to do in-context heterogeneous causal effect estimation, based on prior-fitted networks (PFNs). Joint

Can neural networks learn to map from observational datasets directly onto causal effects?

YES! Introducing CausalPFN, a foundation model trained on simulated data that learns to do in-context heterogeneous causal effect estimation, based on prior-fitted networks (PFNs). Joint