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James Zou, Stanford University May 25, 2022 Dive into ai in healthcare and translating trustworthy AI from research into healthcare deployment is a major - and exciting challenge. I will discuss insights that we learned from conducting the first real-time AI trials at Stanford and analyzing data from 100 FDA-approved medical AI systems. We will explore challenges and new opportunities in each step of translation: 1. Data curation, quantifying how different data contribute to model’s success or biases 2. Model testing and monitoring, continuous real-time testing and explaining model’s mistakes 3. Human-AI interactions, designing AI for optimizing clinician’s performance. For more information about Stanford’s Artificial Intelligence professional and graduate programs, visit: https://stanford.io/ai 0:00 Introduction 2:57 Al make clinical trials more efficient 8:27 Why did the Derm Al performance crater? 14:50 Language model captures ethnic stereotypes 16:56 Two Muslims walked into... 19:50 Data used to train dermatology Al 28:56 Data Shapley Value 29:07 Dermatology classification 30:55 Shapley value identifies mis-annotations 32:23 Data Shapley improves fairness 33:24 Auditing ML data w/ data Shapley 36:20 Understanding what the network is doing 39:19 Sparse neurons responsible for prediction 42:04 Neuron Shapley identifies dataset bias 44:26 Model repair by removing bias neurons 46:30 Why did the model make this mistake? 49:50 Conceptual explanation of mistakes Mistakes made by the model 51:44 Natural language model editing reduces bias 52:01 Takeaways: challenge shifts from model training to evaluation and monitoring #artificialintelligence