How Zack went from being a musician to professor, how medical applications of Machine Learning are developing, and the challenges of counteracting bias in real world applications.

Zachary Chase Lipton is an assistant professor of Operations Research and Machine Learning at Carnegie Mellon University.

His research spans core machine learning methods and their social impact and addresses diverse application areas, including clinical medicine and natural language processing. Current research focuses include robustness under distribution shift, breast cancer screening, the effective and equitable allocation of organs, and the intersection of causal thinking with messy data.

He is the founder of the Approximately Correct (approximatelycorrect.com) blog and the creator of Dive Into Deep Learning, an interactive open-source book drafted entirely through Jupyter notebooks.

Zack’s blog - http://approximatelycorrect.com/

Detecting and Correcting for Label Shift with Black Box Predictors: https://arxiv.org/pdf/1802.03916.pdf

Algorithmic Fairness from a Non-Ideal Perspective https://www.datascience.columbia.edu/data-good-zachary-lipton-lecture

Jonas Peter’s lectures on causality:
https://youtu.be/zvrcyqcN9Wo

0:00 Sneak peek: Is this a problem worth solving?
0:38 Intro
1:23 Zack’s journey from being a musician to a professor at CMU
4:45 Applying machine learning to medical imaging
10:14 Exploring new frontiers: the most impressive deep learning applications for healthcare
12:45 Evaluating the models – Are they ready to be deployed in hospitals for use by doctors?
19:16 Capturing the signals in evolving representations of healthcare data
27:00 How does the data we capture affect the predictions we make
30:40 Distinguishing between associations and correlations in data – Horror vs romance movies
34:20 The positive effects of augmenting datasets with counterfactually flipped data
39:25 Algorithmic fairness in the real world
41:03 What does it mean to say your model isn’t biased?
43:40 Real world implications of decisions to counteract model bias
49:10 The pragmatic approach to counteracting bias in a non-ideal world
51:24 An underrated aspect of machine learning
55:11 Why defining the problem is the biggest challenge for machine learning in the real world

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