Timezone: »
While deep learning has demonstrable success on many tasks, the point estimates provided by standard deep models can lead to overfitting and provide no uncertainty quantification on predictions. However, when models are applied to critical domains such as autonomous driving, precision health care, or criminal justice, reliable measurements of a model’s predictive uncertainty may be as crucial as correctness of its predictions. In this talk, we examine a number of deep (Bayesian) models that promise to capture complex forms for predictive uncertainties, we also examine metrics commonly used to such uncertainties. We aim to highlight strengths and limitations of these models as well as the metrics; we also discuss ideas to improve both in meaningful ways for downstream tasks.
Author Information
Weiwei Pan (Harvard University)
More from the Same Authors
-
2022 : An Empirical Analysis of the Advantages of Finite vs.~Infinite Width Bayesian Neural Networks »
Jiayu Yao · Yaniv Yacoby · Beau Coker · Weiwei Pan · Finale Doshi-Velez -
2022 : HubbardNet: Efficient Predictions of the Bose-Hubbard Model Spectrum with Deep Neural Networks »
Ziyan Zhu · Marios Mattheakis · Weiwei Pan · Efthimios Kaxiras -
2022 : What Makes a Good Explanation?: A Unified View of Properties of Interpretable ML »
Varshini Subhash · Zixi Chen · Marton Havasi · Weiwei Pan · Finale Doshi-Velez -
2022 : What Makes a Good Explanation?: A Unified View of Properties of Interpretable ML »
Zixi Chen · Varshini Subhash · Marton Havasi · Weiwei Pan · Finale Doshi-Velez -
2022 : An Empirical Analysis of the Advantages of Finite v.s. Infinite Width Bayesian Neural Networks »
Jiayu Yao · Yaniv Yacoby · Beau Coker · Weiwei Pan · Finale Doshi-Velez -
2022 : What Makes a Good Explanation?: A Unified View of Properties of Interpretable ML »
Varshini Subhash · Zixi Chen · Marton Havasi · Weiwei Pan · Finale Doshi-Velez -
2021 Workshop: Deep Generative Models and Downstream Applications »
José Miguel Hernández-Lobato · Yingzhen Li · Yichuan Zhang · Cheng Zhang · Austin Tripp · Weiwei Pan · Oren Rippel