Timezone: »
Climate change is one of the greatest challenges that society faces today, requiring rapid action from across society. In this tutorial, we will provide an introduction to climate change, what it means to address it, and how machine learning can play a role. From energy to agriculture to disaster response, we will describe high-impact problems where machine learning can help, e.g., by providing decision-relevant information, optimizing complex systems, and accelerating scientific experimentation. These problems encompass exciting opportunities for both methodological innovation and on-the-ground implementation. We will also describe avenues for machine learning researchers and practitioners to get involved, alongside key considerations for the responsible development and deployment of such work. While this tutorial will primarily discuss opportunities for machine learning to help address climate change, it is worth noting that machine learning is a general-purpose technology that can be used for applications that both help and hinder climate action. In addition, machine learning has its own computational and hardware footprint. We will therefore briefly present a framework for understanding and contextualizing machine learning’s overall climate impacts, and describe associated considerations for machine learning research and practice as a whole. Through the course of this tutorial, we hope that participants will gain a deeper understanding of how climate change and machine learning intersect, as well as how they can get involved by using their skills to help address the climate crisis.
Mon 10:00 a.m. - 10:05 a.m.
|
Opening remarks
(In-person talk)
SlidesLive Video » |
Priya Donti 🔗 |
Mon 10:05 a.m. - 10:20 a.m.
|
Introduction to climate change
(In-person talk)
SlidesLive Video » |
Priya Donti 🔗 |
Mon 10:20 a.m. - 10:35 a.m.
|
Overview: Opportunities for machine learning in climate action
(Remote talk)
SlidesLive Video » |
David Rolnick 🔗 |
Mon 10:35 a.m. - 10:40 a.m.
|
Q&A
|
Priya Donti · David Rolnick · Lynn Kaack 🔗 |
Mon 10:40 a.m. - 10:50 a.m.
|
Research challenges: Physics-informed and robust ML
(In-person talk)
SlidesLive Video » |
Priya Donti 🔗 |
Mon 10:50 a.m. - 11:00 a.m.
|
Research challenges: Interpretable ML and uncertainty quantification
(Remote talk)
SlidesLive Video » |
Lynn Kaack 🔗 |
Mon 11:00 a.m. - 11:10 a.m.
|
Research challenges: Generalization and causality
(Remote talk)
SlidesLive Video » |
David Rolnick 🔗 |
Mon 11:10 a.m. - 11:15 a.m.
|
Q&A
|
Priya Donti · David Rolnick · Lynn Kaack 🔗 |
Mon 11:15 a.m. - 11:30 a.m.
|
Is ML a help or hindrance for climate action?
(Remote talk)
SlidesLive Video » |
Lynn Kaack 🔗 |
Mon 11:30 a.m. - 11:35 a.m.
|
Q&A
|
Priya Donti · David Rolnick · Lynn Kaack 🔗 |
Mon 11:35 a.m. - 11:43 a.m.
|
Considerations for research and deployment
(In-person talk)
SlidesLive Video » |
Priya Donti 🔗 |
Mon 11:43 a.m. - 11:50 a.m.
|
Takeaways and how to get involved
(Remote talk)
SlidesLive Video » |
David Rolnick 🔗 |
Mon 11:50 a.m. - 12:00 p.m.
|
Q&A
|
Priya Donti · David Rolnick · Lynn Kaack 🔗 |
Author Information
Priya Donti (Carnegie Mellon University)
David Rolnick (McGill University, Mila)
Lynn Kaack (Hertie School)
More from the Same Authors
-
2022 : Finding Structured Winning Tickets with Early Pruning »
Udbhav Bamba · Devin Kwok · Gintare Karolina Dziugaite · David Rolnick -
2022 : Q&A »
Priya Donti · David Rolnick · Lynn Kaack -
2022 : Takeaways and how to get involved »
David Rolnick -
2022 : Considerations for research and deployment »
Priya Donti -
2022 : Q&A »
Priya Donti · David Rolnick · Lynn Kaack -
2022 : Is ML a help or hindrance for climate action? »
Lynn Kaack -
2022 : Q&A »
Priya Donti · David Rolnick · Lynn Kaack -
2022 : Research challenges: Generalization and causality »
David Rolnick -
2022 : Research challenges: Interpretable ML and uncertainty quantification »
Lynn Kaack -
2022 : Research challenges: Physics-informed and robust ML »
Priya Donti -
2022 : Q&A »
Priya Donti · David Rolnick · Lynn Kaack -
2022 : Overview: Opportunities for machine learning in climate action »
David Rolnick -
2022 : Introduction to climate change »
Priya Donti -
2022 : Opening remarks »
Priya Donti -
2021 Workshop: Tackling Climate Change with Machine Learning »
Hari Prasanna Das · Katarzyna Tokarska · Maria João Sousa · Meareg Hailemariam · David Rolnick · Xiaoxiang Zhu · Yoshua Bengio -
2019 : Truck Traffic Monitoring with Satellite Images »
Lynn Kaack · George Chen -
2019 : Networking Lunch (provided) + Poster Session »
Abraham Stanway · Alex Robson · Aneesh Rangnekar · Ashesh Chattopadhyay · Ashley Pilipiszyn · Benjamin LeRoy · Bolong Cheng · Ce Zhang · Chaopeng Shen · Christian Schroeder · Christian Clough · Clement DUHART · Clement Fung · Cozmin Ududec · Dali Wang · David Dao · di wu · Dimitrios Giannakis · Dino Sejdinovic · Doina Precup · Duncan Watson-Parris · Gege Wen · George Chen · Gopal Erinjippurath · Haifeng Li · Han Zou · Herke van Hoof · Hillary A Scannell · Hiroshi Mamitsuka · Hongbao Zhang · Jaegul Choo · James Wang · James Requeima · Jessica Hwang · Jinfan Xu · Johan Mathe · Jonathan Binas · Joonseok Lee · Kalai Ramea · Kate Duffy · Kevin McCloskey · Kris Sankaran · Lester Mackey · Letif Mones · Loubna Benabbou · Lynn Kaack · Matthew Hoffman · Mayur Mudigonda · Mehrdad Mahdavi · Michael McCourt · Mingchao Jiang · Mohammad Mahdi Kamani · Neel Guha · Niccolo Dalmasso · Nick Pawlowski · Nikola Milojevic-Dupont · Paulo Orenstein · Pedram Hassanzadeh · Pekka Marttinen · Ramesh Nair · Sadegh Farhang · Samuel Kaski · Sandeep Manjanna · Sasha Luccioni · Shuby Deshpande · Soo Kim · Soukayna Mouatadid · Sunghyun Park · Tao Lin · Telmo Felgueira · Thomas Hornigold · Tianle Yuan · Tom Beucler · Tracy Cui · Volodymyr Kuleshov · Wei Yu · yang song · Ydo Wexler · Yoshua Bengio · Zhecheng Wang · Zhuangfang Yi · Zouheir Malki -
2019 Poster: SATNet: Bridging deep learning and logical reasoning using a differentiable satisfiability solver »
Po-Wei Wang · Priya Donti · Bryan Wilder · Zico Kolter -
2019 Oral: SATNet: Bridging deep learning and logical reasoning using a differentiable satisfiability solver »
Po-Wei Wang · Priya Donti · Bryan Wilder · Zico Kolter